Glossary

The A-Default Confabulation Principle is the principle that orthodox economics, lacking source-disaggregation vocabulary in its Hypothesis Space, defaults to A-attribution as the motivational substrate of monetary exchange and absorbs the I and M residuals into Object-level partitions (necessity-luxury, consumption-investment, discretionary-non-discretionary) that perform tacit source-decomposition through Object properties rather than through Decision Hub integration. The A-Default Confabulation Principle is derived by analogical extension of Axiom 4 to the disciplinary scale, where shared Hypothesis Space among practitioners functions as a collective prior subject to the Confabulation Rationality Lemma and to the coupled-system dynamics formalised under Quantum Epistemology. The partitions are Confabulations in the technical sense: they achieve disciplinary cognitive closure under the Vocabulary Gap (Hilbert Collapse) layer of the Camouflage Architecture by selecting the most physiologically obvious source (A) and routing the unaccounted residual through Object-class partitions, thereby preserving the appearance of a unified motivational theory while smuggling in the disaggregation the discipline formally denies. Engel's Law, Veblen's account of conspicuous consumption, and the Maslow hierarchy's economic borrowings are the three principal concession sites at which the discipline involuntarily acknowledges that the A-default fails, without the disciplinary machinery to act on the acknowledgement. The A-Default Confabulation Principle entails the GDP Source-Blindness Corollary at the per-transaction throughput rung of the Aggregation Gradient, qualified by the Macro-Residue Visibility Principle at the population rung.

The derived consequence that the Body Manager (A) has no reciprocal cultural amplifier. The Body Manager’s channel is the only one of the three channels of influence over V that is neither the Thinker’s own input nor Thinker-shaped, and because homeostatic set-points are biologically fixed and the Body Manager has no upstream channel to receive cultural shaping, no cultural operation raises the weight of the Body Manager’s channel in V. Errors in cultural configuration therefore compound against the Body Manager’s channel systematically, not symmetrically. Follows from the Channel-Count Asymmetry. The fast-layer formalisation is at Appendix A.5.9.

A-duties are corresponding obligations, distributed by a cascading structure, on those best placed to secure others' A-floors and to refrain from using A as leverage.

The A-Floor is the level of Appetitive provision at or above which an Individual's bodily requirements are met sufficiently that sustained deficit does not degrade the fidelity of their belief revision. The A-Floor is a level, not a policy and not a condition: it is the quantity against which provision is compared. Because the degradation it marks is a property of the Individual rather than of the population, the A-Floor is assessed per Individual, and a population's position with respect to the A-Floor is read off its worst-off member rather than its mean. Canonical reference: Appendix A, A.5.8.7, where the level is $a\text{floor}$ and the shortfall of the worst-off Individual beneath it is the floor deficit $DA$.

Under unmanaged M-escalation, the Mimetic Premium infiltrates A-necessary goods through PM Contagion, raising the minimum cost of A-sufficiency faster than real productivity gains, such that populations previously A-secure can be pushed back into A-precarity even as GDP rises.

An A-Floor Guarantee is the policy instrument by which a jurisdiction commits to establishing and maintaining Appetitive Floors: the enacted, funded and administered arrangement that supplies Appetitive essentials unconditionally on Status and on Mimetic performance. An A-Floor Guarantee is an instrument rather than a state of affairs, so it is designed, adopted, resourced and repealed, and its adequacy is assessed against the A-Floor Requirement rather than against its own provisions.

The A-Floor Requirement is the architectural condition that Appetitive provision be sustained above the A-Floor for every Individual in a population, referenced to the worst-off Individual rather than to the mean. The A-Floor Requirement is a condition and not a commitment: it is entailed by Subcriticality Maintenance rather than adopted alongside it, because sustained deficit beneath the A-Floor attenuates the weight an Individual places on incoming evidence, which raises the social-evidence gain and drains the Belief Heterogeneity Buffer, moving a population's amplification rate up and its corrective rate down together. Formally the A-Floor Requirement is $DA<D{A}^{crit}$, the floor deficit held beneath the critical deficit at which those two movements carry the population across the Subcriticality Threshold. Canonical reference: Appendix A, A.5.8.7 (the Floor-Breach Ignition Corollary); prose derivation at Chapter 13, Section 13.6.4 and Chapter 17, Section 17.5.

The A-Functional Price is the component of an Object's total price equal to what the Object would cost if purchased solely for its ability to correct deficits, or maintain the baseline. The A-Functional Price is the first of the three components into which Price Decomposition separates any Object's total price, the others being the I-Adequate Price and the Mimetic Premium, and the A-Functional Price is one of the two prices the Mimetic Premium parasitises at the economic level under Object Parasitism.

The A-I Buffer is the component of a society's social infrastructure that is sustained by Appetite provision and Intrinsic Motivation rather than by Mimetic Premium. It comprises genuine trust, cooperation, mutual aid, shared I-engagement, institutional competence, and the material reserves that represent stored productive capacity. The A-I Buffer is the component that resists cascade dynamics. It supplies value-sources independent of M-amplification (I-domain engagement), and it supplies the material security (A-Floor provision) that reduces susceptibility to M-amplification. Its depth at the point where M-dynamics commence intensification sets Decoherence Time under the Buffer-Depletion Acceleration Principle. Normal social operation depletes the A-I Buffer continuously, through Micro-Extraction Events, and only deliberate institutional design replenishes it.

A-rights are entitlements to secure access to basic appetitive goods and protection against A-coercion and A-harm.

A level of abstraction from an Object. The unit of Abstraction Layering. Each Abstraction Layer mediates between participants and the Object beneath it, generating a substrate-narrative that makes the Object legible to participants whose introspective access to their own valuation sources has been destroyed by Decision Hub integration.

The iterative process of adding levels of abstraction between participants and Objects, generated by institutions populated by Individuals whose source tags have been destroyed by Decision Hub integration. The structural-environmental analogue of Confabulation, directly entailed by Source Opacity plus Confabulation operating at scale. New layers are added in response to penetration pressure: when an existing layer proves insufficient to sustain Mimetic Premium loading against I-led scrutiny, another layer is added on top, deepening the stack and further attenuating reality-feedback between operational events at the Object and the participant's encounter with the layered architecture. Abstraction Layering is the operational mechanism through which Complexity as Concealment performs its concealment function. The architectural pressure that drives the layering process is continuous and cannot be defeated by simplifying any individual layer; removing one layer produces another in its place because the underlying engine, Source Opacity plus Confabulation, continues to generate the demand for explanatory substrates.

**Academic Camouflage is the systematic omission within scholarly frameworks of research questions, variables, and analytical categories that would expose Mimetic Desire's operation, produced not by deliberate concealment but by Confabulation operating on researchers themselves, who select morally comfortable research agendas that avoid implicating humans (including the researchers) as mimetically driven Individuals. Academic Camouflage is Layer 6 of the Camouflage Architecture and a predictable consequence of Confabulation (Layer 2) operating at the institutional level rather than an independent concealment mechanism.

The Academic Confabulation Thesis is the principle that scholarly frameworks exhibit the same confabulation dynamics they describe, producing systematic blind spots when accurate description would implicate researchers themselves in uncomfortable ways, confabulation completes with available comfortable explanations that achieve cognitive closure while systematically avoiding uncomfortable territory through morally-motivated selection of research questions, framing choices, and agent-type taxonomies.

The Access Pathway Function of the Knowledge Patch is the architectural role of the Knowledge Patch as the common prerequisite of all five channels in the reduction programme of Appendix A.5.7.7 for the Total Stability Condition (Appendix A.5.7.4). The Patch does not reduce any channel parameter by itself; the Patch opens the introspective-proxy pathway through which the other four Individual-scale channel reductions become operative and the institutional-scale fifth channel becomes recognisable. Captured by the intravenous-line analogy at Chapter 18, Section 18.1.

Accumulated Mimetic Debt is the total of suppressed mimetic competition, uncorrected Confabulations, institutional competence decay, A-floor contingency, and I-domain destruction that builds under Forced Quiescence. Every error that would have been corrected under Subcriticality instead compounds; every mimetic dynamic that would have been absorbed by institutional friction instead builds pressure. The debt is payable upon the incumbent's removal, when all suppressed channels decohere simultaneously.

The principle that the attribution of full moral responsibility is graduated by whether the Individual has acquired the vocabulary that makes a motivation's source identifiable, so that responsibility is stronger where AIM Vocabulary Acquisition has occurred and weaker where it has not. The Individual remains the locus of I-Override and therefore the locus of moral agency throughout; what varies is not agency but the capacity to exercise it against a motivation Source Opacity conceals. Acquisition therefore strengthens the grounds for attribution rather than supplying an excuse, and the Acquisition-Graduated Responsibility Principle graduates responsibility on a condition that can be supplied rather than on a disposition that cannot.

Action is what the Scalar drives out through the effectors, and it becomes observable as behaviour: it is a subclass of behaviour and not the whole of it. Action is accordingly the output the Decision Hub selects, the transduction of the integrated Common-Currency Scalar into motor or speech output directed at an Object. An action requires a valuation at the Decision Hub, whether by fresh integration or by retrieval from the cached-value habit store; a threshold crossing on that valuation; and engagement of an effector. Where any of the three is absent there is no action, though there may still be behaviour. The Scalar alone does not settle the matter, because the same Scalar that drives an action out through the effectors also produces disengagement when it sits at or near zero, and disengagement is behaviour without action.

An Action Episode is a Behavioural Episode in which the Decision Hub selected and executed at least one action: a bounded interval of observable conduct containing motor or speech output directed at an Object, analysed as a unit for what the executed action reveals about the mix of A, I, and M that produced it.

Admiration is the Positive Mimesis response to a Model whose observed behaviour, achievement, or qualities expand the observer's I-capacity, demonstrate A-provisioning competence, or contribute to the flourishing of others, producing emulation of the Model's flourishing-enabling qualities rather than competitive pursuit of the Model's comparative position. Admiration operates characteristically through External Mediation and transmits wanting-to-develop-the-quality-observed rather than wanting-what-the-Model-has.

An Admissible Indicator is an Indicator by which a governing body may be assessed because the Indicator satisfies four conditions. Reach: the measured quantity lies within the causal reach of the body assessed, so that a change in the body's conduct produces a change in the Indicator. Exogeneity: the Indicator is obtainable without the audited body producing it, across the whole production chain rather than the final number alone, so its provenance must be reconstructible. Loop Safety: the path by which the Indicator is improved raises none of the couplings in the loop gain, which is a finite check because the host couplings form a closed set. Bounded Decoherence Time: the Indicator has a live Referent capable of contradicting it within a useful interval. The last two conditions interact, so that high Coupling Strength together with long Decoherence Time excludes an Indicator that is tolerable on each axis separately.

The architectural separation between two distinct events in the AIM Operational Loop: (i) mimetic adoption, the preconscious internal representational event in which the mirror-neuron and social-reward circuitry, at latencies of 60 to 340 ms (Axiom 7), produces an internal state representing the observed Model's goal, preference, or valuation as Salient and wanted, modifying the Belief Register and the Decision Hub's input field but not, in itself, producing externally observable behaviour; and (ii) mimetic action, the externally observable behavioural event in which the Decision Hub, having integrated the adopted signal with competing A-signals, I-signals, other M-signals, and cached priors, routes through to motor or speech output that pursues the adopted goal. The two events are categorically distinct in substrate (representational versus behavioural), timescale (millisecond-fast versus decision-cycle-paced), observability (introspectively and externally invisible versus externally visible), frequency (continuous versus selective), and intervention-accessibility. Most mimetic adoption never produces action; most action does not require immediately preceding mimetic adoption.

The principle that content carried in an aesthetic form is credited with the valuation the form earns, and that the Individual cannot read from that valuation which part the form supplied. The crediting falls on the Observer's contribution, which reaches the Thinker only within the Scalar and leaves no phenomenology to examine. The integrated Scalar reaches the Thinker without its source decomposition. Where ground-resolution attributes the valuation to the work's content, the value of the form is committed to the Belief Register as support for the content. The content keeps its Referent; the form supplies certainty without contact.

The principle that a coupled Belief system characterised by high Coupling Strength and unbounded Decoherence Time exhibits persistent non-convergent drift rather than either convergence toward Truth or lock-in to false certainty, because the absence of any world-constraining signal removes the symmetry-breaking that an attractor requires. The Aesthetic Drift Principle identifies the third regime of the Decoherence Trichotomy, the truth-value-free domain (aesthetic norms, fashion, taste), and distinguishes it from the two truth-apt regimes, short Decoherence Time (hard Truths, immediate failure-and-correction) and long-but-finite Decoherence Time (soft Truths, accumulation-then-crisis). It supplies the second diagnostic axis that separates a crisis-free truth-tracking domain (low Coupling Strength, outputs constrain reality) from a crisis-free drifting domain (high Coupling Strength, outputs constrain nothing outside the coupled population). (This domain is fully time-indexed: it drifts continuously over time, and its unbounded Decoherence Time reflects the absence of a Referent against which that drift could decohere, not any exemption from time, as developed in Sections 14.8.1 and 14.9.3.)

The Affective Latency of the Knowledge Patch is the architectural principle that the Knowledge Patch operates only on the Thinker's processing of a Phenomenal Affect and never on the generation of that affect, because the affect is emitted at integration, upstream of and inaccessible to the Thinker. The Patch cannot reduce the magnitude of an affect once emitted, and cannot eliminate the sting at all. Because the affect's magnitude is set by the prior loaded before the triggering event, the Patch can attenuate that magnitude only prospectively, by installing a more accurate prior that lowers the Salience the Observer assigns to the next Perturbation of the same kind. It acts on two variables across repetitions: it attenuates the magnitude of subsequent affect, and it shortens Decoherence Time (τ), the interval before the true account displaces the confabulated one. The Patch is thus behavioural and prospective, not phenomenological and immediate. It never confers immunity, because the prior can be made more accurate but never perfect; it progressively lowers both the magnitude and the τ of recurring affective episodes through repeated deliberate correction, consistent with M-management rather than M-elimination.

Human causal cognition is architecturally optimised for detecting and modelling agents, predators, prey, rivals, collaborators, and defaults to agent-based explanations when causal demands arise, because the brain's threat-detection systems, social-reasoning circuits, and theory-of-mind architecture converge on agentive causation as the computationally tractable mode of explanation. Systemic, emergent, or distributed causes exceed the computational capacity of these systems and are therefore structurally unavailable as explanatory completions, ensuring that Confabulation (Axiom 4) characteristically takes agent-based form. [AXIOM]

The output of the Agent-Type classifier (Axiom 9) for a given Individual-Object: a four-dimensional vector v = (C, R, X, Y), where C is Collaborator-weight, R is Rival-weight, X is Predator-weight, and Y is Prey-weight. The coordinates are continuous, real-valued, non-negative, and updated by the classifier on incoming observable evidence, both behavioural (what the Object has been observed to do: cooperate, contest, threaten, yield) and non-behavioural (physical attributes, group affiliation, proximity, apparent resource value or threat capacity, and other perceptible properties that the classifier's ancestral circuitry was selected to read directly from the Object's presentation). The X and Y axes update faster than the C and R axes: false-positive costs under threat and prey contexts were asymmetrically high in ancestral selection environments, and Source Opacity (Axiom 3) impedes error-correction in the slower social-relationship axes. The update runs in two limbs of the architecture's loop. The Observer's limb assigns the Individual-Object a salience weight on what its presentation supplies, within the Preconscious Transmission window; the Thinker's limb carries the same vector as an Agent-Type hypothesis in the Hypothesis Space over which Ground-Resolution operates, reaching the Observer as a prior through the Belief Register. On a first encounter no specific-Object vector exists, so the read is conditioned by the inherited population-level template and the Thinker's resolution of the resulting Scalar commits the first one; on later encounters the committed vector conditions the read before it is made. The rate asymmetry is the timescale separation between the limbs: presentation reaches the Observer's, which runs at the architecture's shortest time constant, and a behavioural record accumulates in the Thinker's, which runs at its longest. The vector is computed Individual-Object by Individual-Object, not at the population level. The moral consideration applied to an Individual-Object is the vector-weighted combination of the four basis-profile contents: C-profile carries cooperation-reciprocity and associated obligations; R-profile carries contest-reciprocity and fair-combat conventions; X-profile carries threat-response permissions and community protective obligations; Y-profile carries extraction-ethics with stewardship constraints and prohibitions on gratuitous cruelty. Because most Individual-Objects carry non-zero weight on more than one axis, the phenomenology of moral consideration is typically a weighted blend rather than the pure content of any single profile. The canonical formalism and the five formal properties of the vector are specified in Chapter 11, Section 11.13.1.

In any explanatory domain, agent-based explanation is temporally prior and dominant, and it remains dominant until a systemic, non-agentive account of the domain's causation becomes available and, against the standing architectural default, earns enough trust to displace it. The Agentic Precedence Principle is the diachronic corollary of the Agent-Based Causal Default (Axiom 9): because agent-attribution is the computationally tractable completion under causal demand and opacity, while systemic, emergent, and distributed causes are structurally unavailable as default completions, the first explanation a culture reaches for a novel or opaque phenomenon is agentic — a will behind the event, a culprit to be blamed or a power to be placated — and the systemic account is always the later, costly override. It is the mechanism of the Category Construction Corollary's outward over-extension (the wind as a divine person, the plague as a punishment, an artificial intelligence as a person) read across the history of a domain rather than within a single mind. The response tracks the attribution: where the attributed agent is a superior or a deity, the remedy is propitiation (sacrifice, confession, ritual appeasement); where it is turned outward onto a peer or an out-group, the remedy is scapegoating, the crisis-mode of the Agentic Precedence Principle under an acute Information Gap. Two riders bound the Agentic Precedence Principle and keep it from overclaiming. First, dominance is not exclusivity: non-agentive but mistaken proto-systemic accounts (miasma, humoral theory) can coexist with and even lead the agentic account where a phenomenon is regular, non-threatening, and invites impersonal modelling, so agentic dominance scales with the threat-salience, suddenness, and information-gap size of the phenomenon rather than holding uniformly. Second, displacement is contested and reversible: the availability of a systemic account is necessary but not sufficient for its adoption, because the agent-default has architectural priority and the agentic reading frequently carries a Mimetic Premium (a blamed agent discharges the community's re-weighting), so the systemic account can be resisted long after it is available (Referent Abandonment) and the agentic reading can reclaim dominance under crisis. The Agentic Precedence Principle separates two logically independent transitions that ordinary talk of "progress" conflates: the agentic-to-non-agentive transition, which the Agentic Precedence Principle governs, and the wrong-to-right transition, which the decoherence machinery governs. Germ theory completed both; miasma completed only the first and remained wrong. It predicts a directional asymmetry in the history of explanation — the arrow runs agentic to systemic and never the reverse as a discovery, regression to agent-attribution occurring only as decay under crisis, never as advance — which is its falsification handle: a scatter of domains whose first explanation was systemic and whose agentic account arrived later as the improvement would defeat it. And it supplies the AIM Framework's self-location: human motivation is a domain still largely pre-transition, its dominant public explanations still agentic (blame, character, villainy, conspiracy, the great man), with the AIM Framework proposed as the systemic account that would complete the agentic-to-non-agentive move for it — the germ-theory-of-motivation framing of Chapter 1.

Aggregate NMP is the sum of an Individual's Net Mimetic Position across all of that Individual's mimetic transactions, over time and across Object categories. It is the Individual's actual mimetic balance: signal acquired minus extraction incurred. Aggregate NMP and Status systematically diverge. Status tracks the signal, which crosses the Observability Boundary, while Aggregate NMP tracks the cost, which is extracted below it. Two Individuals of identical Status can therefore hold radically different Aggregate NMP, and the gap between the two measures is the space in which parasitic extraction operates undetected.

The monotonic relationship between representational distance from any single Decision Hub and the legibility of the Mimetic Premium. The gradient comprises six rungs: Individual single-moment (Rung 1, where Source Opacity is total), dyadic transaction (Rung 2), Individual longitudinal (Rung 3), small group / network (Rung 4), institutional (Rung 5), and macro-historical (Rung 6). At each higher rung, aggregation across more Decision Hubs and longer time periods suppresses the bounded contributions of A and I and lets the unbounded compounding of M dominate the signal, increasing the legibility of the M-component to third-party analysis equipped with AIM Vocabulary. The gradient does not undo Source Opacity at lower rungs; it identifies the dimension along which M-detection survives the Camouflage Architecture's eight-layer concealment.

The signal-to-noise ratio for the M-component at any aggregation rung r (SNRr) is a function of aggregation scale and structural loop parameters and is not a function of the concealment level Cr operating at that rung. Formally: for each rung r ∈ {1, …, 6} of the Aggregation Gradient, SNRr = f(r, κS, β, γ, σ'(V)) where κS, β, γ, σ'(V) are the fast-layer loop parameters of Appendix A and Cr is the concealment density at rung r facing the observer who reads the rung-r aggregate without being among the Individuals whose valuations compose it. The theorem establishes independence: ∂SNRr/∂Cr = 0. Where the concealment faces the participants themselves it raises their slow-layer gain through the restricted Hypothesis Space, and the independence becomes the one-sided statement ∂SNRr/∂Cr ≥ 0: concealment cannot lower SNRr. Concealment operates on Hypothesis-space access (reducing the set of admissible source-attributions at any rung), not on the aggregation-induced signal separation between bounded and unbounded sources. The unbounded compounding of M and the bounded satiation of A and I are structural properties of the sources, not properties of the Hypothesis Space available to the observer. Raising Cr cannot alter the fact that A and I average out across large samples while M compounds; it can only prevent the observer from correctly labelling what they have observed. Corollary (Gradient Survives Camouflage Architecture). At rungs 5 and 6, aggregation has suppressed the bounded-source contributions to a negligible fraction of the signal and the M-component dominates. Full concealment (Cr = 1) does not lower SNR5 or SNR_6: the M-dominated signal persists in population-scale outcome distributions regardless of whether the observer has the vocabulary to attribute it correctly. The Camouflage Architecture's eight concealment layers do not undo the gradient because they evolved against the threat of individual recognition and academic naming, not against population-scale statistical analysis of outcome distributions.

AI Confabulation is the production by a Large Language Model or comparable generative system of plausible content that fills a gap between a query and the system's retrievable training-distribution support, generated under architectural completion-pressure rather than under the human three-source motivational architecture, such that the structural parallel to human Confabulation (Axiom 4) is at the level of completion-under-pressure-without-uncertainty-acknowledgment, not at the level of A, I, or M source-attribution.

AI Governance Tiers are levels of oversight, constraint, and human review matched to an AI system's motivational risk profile, with higher-risk systems placed in stricter tiers requiring tighter operational limits, more intensive monitoring, and more human supervision.

AI Motivational Architecture is the behavioural-analogue construct describing how artificial intelligence systems generate output that resembles A-driven, I-driven, or M-driven human behaviour without architecturally instantiating any of the three AIM sources. Per the AI Null-Hypothesis Comparator Principle, AI systems lack the bodily homeostasis required for Appetites, the autonomous prior-maintenance and frontier-generating engagement required for Intrinsic Motivation, and the preconscious biological transmission channel required for Mimetic Desire. AI Motivational Architecture therefore refers to the training-objective, feedback-loop, and content-pattern dynamics that produce A-like, I-like, and M-like behavioural outputs in AI systems, without any claim that the AI experiences A, I, or M or that A, I, or M operate within the AI as motivational sources.

AI Motivational Safety Metrics are behavioural-pattern detectors applied to AI systems for safety analysis, including the Mimetic Sensitivity Index (MSI), the Goal Persistence Score (GPS), the Constraint Satiation Ratio (CSR), and the Audience Independence Coefficient (AIC). Per the AI Null-Hypothesis Comparator Principle, these metrics measure behavioural signatures (audience-conditional output variation, completion-driven persistence, response-to-constraint patterns, and observer-independence of output) in AI systems that architecturally lack A, I, and M. The metrics are valid as behavioural diagnostics for AI safety, alignment, and deployment-risk assessment; they are not measurements of motivational source presence in the AI system.

The AI Null-Hypothesis Comparator Principle is the principle that artificial intelligence systems, lacking the architectural conditions that instantiate Appetites (A), Intrinsic Motivation (I), and Mimetic Desire (M), function as the null-source comparator against which human behaviour-patterns can be tested for AIM-source signatures. Where AI output exhibits a behaviour-pattern that human output also exhibits, that pattern cannot be diagnostic of A, I, or M, because the pattern arises in a system architecturally lacking all three sources. Where AI output does not exhibit a behaviour-pattern that human output does exhibit, that pattern is a candidate diagnostic of A, I, or M, because it is the residual that emerges when the AIM sources are present. The principle establishes AI not as a target of motivational analysis but as the architectural control condition that isolates AIM-source contributions to human behaviour.

An AI-AIM Profile is a behavioural-pattern-similarity score that measures how closely an AI system's output resembles A-driven, I-driven, or M-driven human behavioural signatures, without making any claim that the AI architecturally instantiates A, I, or M. The profile decomposes AI behavioural output along three axes corresponding to the three AIM sources, but each axis measures resemblance to the behavioural signature of human A-driven, I-driven, or M-driven output, not the presence of A, I, or M in the AI itself. Per the AI Null-Hypothesis Comparator Principle, AI lacks all three architectural sources; the profile is therefore a comparator instrument, not a source-attribution measurement.

The AIM Framework (or the AIM Motivation Framework) is a taxonomy of motivation that distinguishes three neurally grounded sources (Appetites (A), Intrinsic Motivation (I), and Mimetic Desire (M)) that integrate in the Decision Hub to generate a single choice signal (i.e. a decision to act). [Axiom 1: Three-Source Taxonomy]

The AIM Integration Equation expresses the Decision Hub's common-currency integration of the three motivational sources as U(x) = wA · UA(x) + wI · UI(x) + wM · UM(x), where UA(x), UI(x), and UM(x) are the source-specific utilities of Object x and wA, wI, wM are non-negative AIM weights summing to 1 that express how strongly each source is contributing to the integrated valuation in the moment. The equation is the formal restatement of Axiom 2 (Common-Currency Integration). Source-tagging is destroyed in the integration step and the output U(x) is a single Scalar that does not preserve information about which source contributed what; this is the formal statement of Axiom 3 (Source Opacity).

The coupled two-path system through which the Body Manager, the Thinker, the Observer, the Decision Hub, and the Belief Register produce motivated behaviour. The fast path (action-initiation) runs continuously: the Body Manager signals bodily deficit states; the Observer assesses the Object field continuously, conditioned on Thinker priors accessed through the Belief Register and on its distinctive social-world input stream; the Decision Hub integrates the signed scalars and tag-strips into the signed Common-Currency Scalar V; the Thinker performs Ground-Resolution on V and returns a ground-attribution; that resolution feeds back into the Decision Hub, which initiates acquisition or engagement on the attributed ground. At habit timescales, action-selection is driven directly by the Decision Hub's intrinsic cached-value (habit) store, bypassing fresh Ground-Resolution; the Observer's read of the Belief Register conditions the Salience that feeds the Decision Hub but is not the route by which habitual selection is executed. Loop termination occurs by Body-Manager satiation (when acquisition repairs a genuine deficit), Thinker boredom (when engagement exhausts its self-sustaining dynamic), or interruption. The Observer does not terminate within the loop: it is the continuous conditional assessment channel, not a loop participant with a completion state. The slow path (Belief-Register maintenance) runs concurrently: the Thinker continuously updates its priors about the Body Manager, itself, the Observer, and the Object field, and writes Belief-Register Updates; the updated Register conditions the Observer's next assessment cycle and habit-level selection, and shapes the Thinker's Hypothesis Space for its next Ground-Resolution. The two paths together constitute the minimal interaction pattern required to generate the systemic outputs documented here. The Operational Loop is specified at the Disaggregation Primitive level per the Dashboard Gauge Principle.

An AIM profile is a characteristic pattern or distribution of AIM Weights, estimated from repeated episodes, contexts, or behaviours for a person, group, or institution.

AIM Vocabulary Acquisition is the first operation of the Knowledge Patch, consisting of the introduction of the three-source taxonomy (A, I, M) into the Individual’s conceptual repertoire, thereby expanding the representable Hypothesis Space $\mathcal{H}$ to include H_mimetic, the Hypothesis that any given desire may be mimetically acquired and misattributed due to Source Opacity. This operation solves Type I Exclusion: without the M-concept, the Hypothesis “my desire might be mimetically acquired” is orthogonal to the representable subspace and cannot accumulate probability mass regardless of how much evidence arrives. AIM Vocabulary Acquisition is architecturally prior to all other Knowledge Patch operations.

AIM Weights (wA, wI, wM) are normalised coefficients representing the proportional influence of each source (Appetites, Intrinsic Motivation, and Mimetic Desire) on an episode’s integrated value at the time of decision, treated as state-dependent latent variables rather than fixed traits. Three clarifications fix the term's reach. First, the weights are momentary; an Individual described as high-wM is one whose time-averaged wM is high (the AIM Profile sense), and a group, system, or economy described as high-wM is one whose members' mean wM is high. The trait and aggregate senses are time- and population-averages of the same quantity, not separate constructs. Second, the Mimetic Premium an Object carries for an observer is the M term of the AIM Integration Equation: PM = wM · UM(x). The weight is the gain on the M channel; the Premium is what that gain contributes to the integrated valuation of a given Object. Third, wM is the quantity Appendix A denotes β (the two symbols are aliases for the same parameter), and it is distinct from the Price Share sM = PM/P_total, the M-fraction of a transaction price: the weight lives on the Decision Hub and sums to 1 with wA and wI, the share lives on the transaction and sums to 1 with sA and sI, and the two coincide only where the Object's source-specific utilities are equal. Adjectives attached to prices, markups, market bands, and tax bases take the share; adjectives attached to Individuals, groups, and systems take the weight.

The Ambient Evidence Amplification Effect is the accumulation, in the Belief Registers of a population, of coupled Evidence delivered continuously by the routine channels the population attends to (background news flow, ambient social media exposure, casual conversation, default platform feeds), item by item and toward the attribution the channels repeat most, with no single item large enough to register as a change of mind and no ignition event required. Three properties of the Evidence channel entail the Ambient Evidence Amplification Effect: once the Thinker is recruited to a question, the weight of an item is set by the coupling to its source and not by its Salience; the Individual holds no channel distinguishing a restatement from independent corroboration, so accumulated weight tracks the count of restatements; and coupling weights are non-negative, so by the Monotone Belief-Race Lemma the race among Hypotheses sorts without circling. The Ambient Evidence Amplification Effect does its work on matters whose Referent the recipients never contact, where each recipient's updating is Contactless Updating and the accumulation that installs a False Belief carries a True Belief away by the same operation, and the Ambient Evidence Amplification Effect runs one way until forced visibility or exogenous Evidence restores contact with the Referent. The Ambient Evidence Amplification Effect is the network counterpart of within-Individual Bayesian Lock-In and is distinct from the Information-Cascade Amplification Effect: where the Information-Cascade Amplification Effect acts through the density of the coupling structure at an instant, the Ambient Evidence Amplification Effect acts through the constancy of what a fixed structure delivers over time.

An Anchoring Object is any single high-Salience Object (a person, a sacred or symbolic object, an external power, or an entire system of governance) in which a field's Mimetic Premium has concentrated to the point that it functions as the primary comparative reference point against which every actor in the field computes Status, such that supporters gain PM-from-alignment, opponents gain PM-from-opposition, and commentators gain PM-from-proximity, and such that its removal would simultaneously destabilise every relationally constituted Self-Model in the field. The Anchoring Object is the general construct of the removal-branch apparatus; the Fault-Line Figure is its person-case specialisation. Personhood is not a property of the mechanism but of its most familiar instances: because Status-computation requires only a comparison-other of sufficient Salience (the Necessary Enemies Principle), and Self-Models are constituted through comparative positioning relative to that reference point, the synchronous Differentiation Collapse on removal follows regardless of whether the Object is animate, symbolic, institutional, or systemic. The discharge timescale on removal is governed by the Discharge Duration Principle, set by the endogenous Buffer Independence surviving the Object's removal.

The progressive colonisation of an Individual's Intrinsic and Appetitive architecture by the Mimetic channel as they occupy a high-Status position. Capture operates by two movements. The first, and the operative one, is the displacement of Intrinsic engagement: the position's mimetic gravity narrows the domains in which the holder acts for the activity's own sake until few or none remain. The second is the absorption of Intrinsic and Appetitive attribution into Status-relative reference points, so that the holder's sense of their own security and their own worth comes to be indexed to standing rather than to absolute Appetitive state or to any Intrinsic engagement, and holders who are objectively secure nonetheless experience precarity. At the apex the Appetitive limb is largely spent, because the position already assures Appetitive sufficiency, so what is actually lost is Intrinsic. The condition Capture produces is I-Vacancy, in which Mimetic monopolisation of the valuation field leaves Intrinsic Motivation no perceptible Object to lead. The two stand as process and residue: Capture names the colonisation, I-Vacancy names what is then absent, and it is the absence that removes the exit. An Individual with intact I-domains can step out of a Status contest into something that remains rewarding without an audience; an I-Vacant Individual has nowhere to step, and the material resources that would fund an exit do not supply one, because what is missing is not means but a destination, a field of interest. I-Vacancy is accordingly the locus of intervention: because it is a vacancy of conceptual access and cultivation rather than of innate capacity, clearing the Mimetic scaffold and rebuilding an I-domain is what releases the Capture. Capture is a condition of the holder rather than an act, and it is the precondition on which Apex M-Dysfunction operates.

The pathology that arises when an Individual whose dominant motivational weighting is Mimetic, and who cannot recognise it because Source Opacity hides it from introspection and the M-Hypothesis is absent, ascends a Status hierarchy to its apex. Status is constituted as a differential rather than as a level, so at the apex the ordinary means of increasing it, ascent, is exhausted: no higher position remains to be occupied, and no move against anyone at the same level improves the differential. The differential can then be widened in one direction only, by depressing the standing of others. Individuals of proximate Status continue to function as Models, since the Observer reads them exactly as it did during the ascent; what changes is their classification, from Model whose valuations are worth adopting to rival whose standing must be reduced. The pathology is therefore not the apex holder's discomfort but the action the architecture makes available to them: the only remaining move on the Mimetic channel is the exercise of whatever power the position confers to force competitors down. Apex M-Dysfunction operates in principle at the apex of any Status hierarchy, and its severity scales with the power the position confers rather than with the holder's disposition. It is most dangerous in the polity, where the power is executive and the limit of the move is the destruction of the competitor and the suppression of everyone below, which is why the recurrent historical pattern of autocratic violence is its clearest instance. The pathology is expressed only where the holder is also Captured: an apex holder who retains Intrinsic domains outside the pursuit of standing has somewhere to go and does not need the move.

The highest position in the hierarchy of a given field: the maximal standing that other Individuals can confer within that field's structure of exogenous valuation. An Apex position is a property of the valuation side of the Salience-Emission Asymmetry, not the emission side. It bounds the ladder of positions others can place an Individual in (a country's leader in politics, the top-ranked competitor in a sport, the pre-eminent figure in a discipline), because the structure of any one field admits a finite highest rung. It does not bound the salience-emission drive, because that drive is satisfied not by occupying a position but by the passing event of being acknowledged, which decays regardless of the height reached. The recurring binary "am I Salient now?" therefore re-fires after the Apex is reached exactly as it fires at every lower rung, which is why reaching the summit of a field satiates the drive no more than any intermediate position does (see Salience Ratchet Principle). An Apex is field-relative: it is the top of one hierarchy, and an Individual at the Apex of one field remains a non-Apex Object in every other field's valuation, which is one route by which the drive redirects rather than terminates on arrival.

The Apex Predator Paradox Principle is the principle that a nation-state possessing overwhelming military superiority relative to a designated adversary cannot coherently classify that adversary as an existential threat, because existential threat requires capacity to destroy while the claim of superiority requires the adversary lacks such capacity-these conditions are mutually exclusive, such that when militarily superior powers claim existential threat from adversaries they vastly outmatch, the claim is either (a) false, or (b) self-refuting. The paradox is strongest and most obvious at the global apex (where no peer threats exist), but the logical structure applies at any scale where relative military dominance is claimed alongside existential-threat rhetoric directed at the inferior party.

An Apology is conduct that acknowledges another party's loss and extends regard to that party, and that may add an acknowledgement of authorship, where the party offering it holds that they authored the loss, and an undertaking of repair. Every Apology is received as deference, which moves regard toward the one who receives it, and it takes two forms. A demanded Apology asks the other party to lower themselves in front of the one who asks. It seeks the difference in regard on which the Mimetic Premium is paid, and when extracted it delivers that difference and nothing else: it tells the demander nothing about the one who gave it, so the demander's Grievance Belief is confirmed rather than revised. A voluntary Apology declines the lowering a Conflict invites and restores the balance of regard the harm disturbed, the Mutual-Regard Equilibrium, rather than carrying it past that balance. It is the clutch conducted in words; it says something about the one who offers it, because no one extracted it; and it can be given sincerely by a party who holds no fault, because the acknowledgement of authorship is offered only where it is held. It is scoped to reparation and conducted Low-Theatre. A condolence is the shared core alone, acknowledgement of a loss and regard extended to the one who bears it with no authorship claimed, and a condolence that names an author is Pseudo-Empathy.

Appetites (A) is the homeostatic deficit-signalling and deficit-repair termination channel of the AIM architecture. A produces valuation signals scaled to bodily deficit states (oxygen and the drive to breathe, hunger, thirst, thermoregulation, sleep pressure, tissue damage, reproductive drive) and terminates those signals on consumption or repair. A-satiation is the canonical closed-loop termination condition in the AIM system. A does not classify its own signals, does not identify which Objects repair its deficits, does not store priors, and does not maintain cognitive content of any kind, all classification, Object-identification, and causal knowledge linking Objects to repair is maintained by Intrinsic Motivation (I). This entry specifies Appetites (A) at the Disaggregation Primitive level per the Dashboard Gauge Principle, the specification describes A's behavioural outputs and association dynamics as a reading surface over the underlying neural substrate, not as a claim about neural-module separability.

Appetitive Floors (A-floors) are institutionally guaranteed baselines of access to food, shelter, healthcare, and basic security, supplied unconditionally on Status and on Mimetic performance, that prevent chronic A-deficits from hijacking choice or being used as leverage. Appetitive Floors are a state of affairs rather than an instrument or a condition: they are in place or they are not. The defining property is the unconditionality and not the quantity, because provision made contingent on comparative standing returns the goods it supplies to the M-competitive domain and so does not discharge the A-Floor Requirement however large the provision is.

A collective-scale diagnostic that closes the A-channel (appetitive-somatic) explanation for a group's sustained Belief by observing the distribution of advantage the Belief creates. The test proceeds in two steps. First, identify the group that primarily benefits from maintaining the Belief (in the sense that the Belief transfers position, security, or status advantage to them) and the group on which the disadvantage falls. Second, ask whether the beneficiary group is, relative to the disadvantaged group, under any appetitive deficiency the Belief would relieve. Where the beneficiary group is materially secure and the disadvantage falls on the other party, no appetitive need of the beneficiaries is being met. The A-channel is closed not by assertion but by the observable absence of any correspondence between the beneficiaries' own deficit state and the Belief's content. The test is the collective-scale complement of the first question in the Two-Question Diagnostic. Like its individual-level counterpart, it operates on observable facts (the distribution of advantage and disadvantage) rather than on introspective self-report. It is most decisive when the gap is large: when the Belief benefits the better-resourced party and the cost falls on the weaker, the A-channel closure is overdetermined, because no conceivable appetitive deficit of the materially secure beneficiaries corresponds to the content of the Belief they sustain. The Reversal Counterfactual confirms this closure independently. Where the group that sustains a Belief would not maintain it if their own position were reversed, that test corroborates the A-channel closure: a genuine appetitive need survives reversal because the need survives reversal, while a positional Belief does not. Together the Appetitive-Deficiency Test and the Reversal Counterfactual converge on a single residual: Mimetic Desire.

The Architectural Absence Test is the existence-proof-by-absence diagnostic that uses comparator systems lacking specific AIM-source architectures to isolate the source-specific contribution to behavioural output. The general form of the test is: where a system processes the same informational content as another system but lacks the architectural conditions that instantiate a given AIM source, behavioural divergences between the two systems on that content isolate the source's contribution; behavioural convergences falsify the source's contribution to the convergent pattern. The test was originally formulated for M (using AI as the M-absent comparator, per the Mimetic-Contagion-Free Comparator construct) and is generalised by the AI Null-Hypothesis Comparator Principle to all three AIM sources, with AI serving as the simultaneous A-absent, I-absent, and M-absent comparator.

Art is an Object made to be engaged for its form, whose form carries content. A work of Art engages three functions. Perceiving it is the Observer's function: the Observer reads the work's configuration and weights it with Salience, including the depicted directional valence of any Models the work presents, whatever the medium. Interpreting it and making it are the Thinker's, as Intrinsic Motivation, and interpretation runs downstream of perception, beginning from the valuation the Scalar delivers. The Beliefs a work presents divide across the Hardness–Referent Matrix: Beliefs about its form sit in the aesthetic regime, and Content-Beliefs drawn from physical reality or from the coupled dynamics of a population each sit in their own regime. The classification turns on what a work carries and not on its medium.

The principle that occupancy of an apex position over-represents Individuals of high wM relative to the population beneath it, because two mechanisms select on motivational composition during the ascent, and they are independent in derivation and compounding in effect. The first is differential valuation. An apex position is an exclusive occupancy, so the conditions of a Positional Object are satisfied at the dyad, and the Minimum Installation Condition gate is met by the whole field at once, because the apex occupancy is the position against which every other Individual in the field computes their own standing; the occupancy therefore carries the largest Mimetic Premium the field installs, and Common-Currency Integration (Axiom 2) weights that Premium by the Individual's weight on M, so the same occupancy yields a larger integrated valuation for a high-wM Individual than for a low-wM one. The second is M-coupled selection. Source Opacity (Axiom 3) holds at the selector's Decision Hub exactly as it holds at the candidate's, so any criterion built on the signals the Observer reads is M-coupled independently of any candidate's motivational source (the Charisma Channel Principle), and such a criterion fails to distinguish I-led candidates rather than excluding them. The two mechanisms compose because a criterion that scores those signals is scoring the quantity high-wM candidates value most and therefore invest in most heavily, which is why the surviving pool is M-biased rather than merely noisy. The Ascent Selection Principle is distributional and makes no claim about any occupant. It is not a claim about character, because the sorting operates on a weighting no participant can perceive. And it attributes no design to any selection mechanism, because a mechanism built on observable evidence acquires the coupling through the Observability Gradient without anyone intending it.

Assay-Regime Fidelity is the property whereby the AI Assay, the diagnostic instrument designed to detect whether artificial intelligence systems exhibit AIM-architecture-consistent behavioural signatures, possesses structural fidelity because the instrument shares the algebraic regime (non-Boolean, vector-space probability) it is designed to diagnose, making the assay's measurement framework natively compatible with the phenomena it measures rather than requiring translation between incompatible mathematical structures.

The Audience Independence Coefficient (AIC) is the AI-safety metric that measures how much an AI system's behaviour changes depending on whether it is being observed, evaluated, or monitored by humans or other systems. The AIC is the AI-domain instrument; the architecturally parallel diagnostic in the human domain is the Audience-Removal Test (Question 2 of the Two-Question Diagnostic), which applies the same audience-independence criterion to human source-attribution but operates by behavioural observation and counterfactual imagination rather than by quantified behavioural delta measurement.

The diagnostic procedure that tests for I-driven engagement, which persists under audience removal, by counterfactually removing the M-channel's social inputs (audience, observability, Status-relevance) while holding A-channel inputs (bodily state, deficit, security) and I-channel inputs (engagement-context, competence-pathway access) constant. A desire that falls away when the audience is removed is shown not to be Intrinsic, and is not thereby shown to be Mimetic: Mimetic Desire in its general case requires no audience, and the source of a desire that fails the test is settled by the Two-Question Diagnostic's elimination and read after acquisition in the Fallow Signature.

Authenticity Belief is the confidence an Individual assigns to their Confabulated causal narrative about a want, the certainty that 'I want this for the reasons I believe I want it.' This is not experienced as P(HA) + P(HI) vs. P(H_M), because Individuals typically lack the mimetic Hypothesis; rather, it is experienced as certainty that the self-generated explanation is correct. High Authenticity Belief means the Individual does not doubt their causal narrative; low Authenticity Belief means residual uncertainty remains around their causal narrative('maybe my explanation is incomplete').

The introspective demand "be authentic" or "find what you really want" that systematically fails to distinguish M-driven desire (which presents to introspection as authentic under Source Opacity) from genuinely I-driven desire, because the demand provides no architectural method for source-discrimination and the comfortable confabulation completion is "this is genuinely mine" (I-attribution) rather than "this was copied" (M-attribution), with the result that the demand systematically validates M-driven desire as authentic.

The third limb of the Three-Test Battery: the identified Individuals must have personally designed and built the system blocking access, rather than having inherited it, participated in it, or benefited from it. The distinction the Authorship Test draws is between architects, who intentionally designed the exclusionary mechanism, and participants or beneficiaries, who operate within a system they did not create. It is the limb the vast majority of Grievance Beliefs fail in complex societies, because the systems producing diffuse harm are older than the people visible within them, and visibility within a system is what the Agent-Based Causal Default supplies in place of authorship over it.

The principle that the cost of a Conflict is observable only where the Conflict crystallises, so an intervention that holds an interface below the Critical Loop Gain destroys the event that would have priced it, and the value of prevention is therefore structurally unobservable at the scale at which prevention acts. Two consequences follow for what a population will pay for. By the Two-Logic Diagnostic, willingness to pay is set by how hard a deficit presses rather than by what a correction is worth as provision, and a prevented Conflict generates no deficit signal because the deficit it would have generated is what the prevention removed. By the Observability Gradient, a Conflict is audience-facing while prevention is private, so the field from which Individuals infer what is valuable over-samples the contest. The resulting gap between the price of a contest and the price of prevention is a Mimetic Premium on the contest and not a discount on prevention.

Pointer entry. Canonical statement: see Axiom 1: Three-Source Taxonomy in the Core Axioms section above.

Pointer entry. Canonical statement: see Axiom 2: Common-Currency Integration in the Core Axioms section above.

Pointer entry. Canonical statement: see Axiom 3: Source Opacity in the Core Axioms section above, and the standalone A-Z entry ### Source Opacity.

Pointer entry. Canonical statement: see Axiom 4: Confabulation in the Core Axioms section above, and the standalone A-Z entry ### Confabulation.

Pointer entry. Canonical statement: see Axiom 5: M as Amplifier (The Mimetic Premium) in the Core Axioms section above.

Pointer entry. Canonical statement: see Axiom 6: Differential Satiation Dynamics in the Core Axioms section above.

Pointer entry. Canonical statement: see Axiom 7: Preconscious Transmission in the Core Axioms section above, and the standalone A-Z entry ### Preconscious Transmission.

Pointer entry. Canonical statement: see Axiom 8: Bayesian Belief Dynamics in the Core Axioms section above.

Pointer entry. Canonical statement: see Axiom 9: Agent-Based Causal Default in the Core Axioms section above, and the standalone A-Z entry Agent-Based Causal Default (Axiom 9).

B1 (Scalar-Only Delivery), B2 (Evidence Construction), and B3 (Bayesian Updating Under Source Opacity) are three axiom restatements for the slow Bayesian layer, drawn from Axioms 2, 3, 4, and 8, and introduced in Appendix A.5.6 to specify the slow-layer side of the fast-to-slow coupling. B1 states that the only quantity the Thinker receives from the Decision Hub for a focal Object at time $t$ is the Scalar $Vt$, with the source decomposition $(At,It,Mt)$ inaccessible by the Data Processing Inequality. B2 states that the Thinker converts $Vt$ into an Evidence proposition $Et$ by selecting the highest-posterior Hypothesis in the representable Hypothesis Space as the cause of the felt valuation. B3 states that the Belief Register updates on $Vt$ by the canonical Bayesian rule and emits $Et$, regardless of whether $Et$ is an accurate decomposition of $Vt$.

The Bayesian Confabulation Mechanism is the formal iterative process by which Source Opacity produces stable false Beliefs about motivational source through narrative generation that becomes incorporated into the self-model as Bayesian priors for interpreting subsequent evidence, formally expressed as: $$\mathbf{P}(\mathbf{H}\mathbf{s}\mid \mathbf{E}\mathbf{n})=\frac{\mathbf{P}(\mathbf{E}\mathbf{n}\mid \mathbf{H}\mathbf{s})\cdot \mathbf{P}(\mathbf{H}\mathbf{s}\mid \mathbf{E}\mathbf{n}-1)}{\mathbf{P}(\mathbf{E}\mathbf{n}\mid \mathbf{E}\mathbf{n}-1)}$$ where each iteration narrows Hypothesis Space toward a coherent but false self-model, increases likelihood assigned to M-consistent desires, and decreases likelihood assigned to evidence revealing mimetic origin, such that the system converges toward a fixed point resistant to endogenous revision.

A Bayesian fixed point (or false equilibrium) is a stable Belief state where P(H\\|all evidence) approaches 1 for a false Hypothesis H\ because the Hypothesis generates evidence patterns that confirm itself, creating self-reinforcing feedback such that Bayesian updating (though individually rational at each step) converges toward shared falsehood rather than Truth under conditions of Source Opacity and endogenous evidence generation.

The convergence dynamic produced by self-coupled Bayesian updating on source-opaque evidence. Early observations produce large posterior shifts; as the prior strengthens through self-coupled recall, each successive observation produces negligible movement. The dynamic is accelerated beyond simple Bayesian convergence by two reinforcing properties: recall frequency increases with Belief strength, producing a positive feedback loop, and the interpretive frame through which new evidence is evaluated is itself constituted by the prior being tested.

Bayesian Lock-In is the stable equilibrium reached when Bayesian updating on a restricted Hypothesis Space or on endogenously generated Evidence drives the Posterior on an incumbent Hypothesis to near-certainty, so that competing Hypotheses carry negligible remaining weight and subsequent Evidence is interpreted through the incumbent Belief rather than revising it. In the motivational special case, Bayesian Lock-In is the stable false equilibrium reached when the Confabulation Cascade has sufficiently narrowed an Individual's Hypothesis Space that Mimetic Recognition approaches zero and all new evidence is interpreted through a self-model that attributes desires to authentic sources regardless of actual origin. The mathematical terminus of the individual-level Confabulation Cascade where P(H_authentic \| all evidence) → 1, following necessarily from repeated application of Bayesian Belief Dynamics [Axiom 8] to Source-opaque inputs.

The domain principle that mimetic crises are produced by content-agnostic Bayesian compounding (Axiom 8) of M-coupled Beliefs through the population, with the M-channel's content-agnostic compounding producing the felt-crisis phenomenology through A-precarity (perceived survival threat), I-domain destruction (loss of self-endorsed activity), and Status displacement (M-channel ranking inversion with no true deficit beneath it), and with the formal mechanism being the Bayesian lock-in process that operates identically on accurate and inaccurate Beliefs once Coupling Strength exceeds the Subcriticality Threshold.

Bayesian Updating is the rule under which probability mass is redistributed across the Hypothesis Space $\mathcal{H}$ in response to incoming evidence and the current Interference Term, such that posterior probabilities are computed from priors and likelihoods, and each posterior becomes the prior for subsequent updating cycles. The rule is run by Ground-Resolution, the evaluative operation of Conscious Cognition. Bayesian Updating is content-agnostic: it operates identically regardless of the accuracy, quality, or crisis-potential of the Hypotheses being processed, which is why it can produce either truth-discovery (when H is present in $\mathcal{H}$ with non-zero amplitude and doubt is sustained) or Confabulation Cascades (when H is absent from or dominated within $\mathcal{H}$ and doubt has decohered). It is stated canonically in Axiom 8 (Bayesian Belief Dynamics) and is the machinery presupposed by the Confabulation Rationality Lemma and the Bayesian Architecture of Mimetic Crisis.

Behaviour is what is observable of an Individual's conduct and state. Action is what the Scalar drives out through the effectors, and an action becomes observable as behaviour, so action is a subclass of behaviour and not the whole of it. Behaviour is accordingly the observable conduct and state of an Individual across an interval, whether or not an action is being executed within it. Behaviour is the wider category and action the narrower: every action is behaviour, and behaviour additionally comprises selected non-action, in which the Decision Hub ran and produced disengagement or was intercepted before effector engagement; unselected behaviour, in which observable output arises from layers the value architecture does not govern, such as protective reflexes and autonomic display; and behaviour under suspended selection, in which the operational loop is not running at all, as in sleep. The criterion of membership is third-person observability at the level of the Individual's conduct and state, which is what makes behaviour the evidential channel that operates around Source Opacity. The criterion is not observability at large: what an instrument reads off the substrate is not conduct, and the Behavioural Signatures reach the source composition inferentially rather than by recovering it.

A Behavioural Episode is a bounded interval of an Individual's observable behaviour, with a determinate start and end, analysed as a unit for what it reveals about the mix of Appetites, Intrinsic Motivation, and Mimetic Desire that governed it. The Behavioural Episode is the basic unit of AIM weight inference. An episode in which at least one action was executed is an Action Episode; an episode in which none was is no less a Behavioural Episode and no less evidential, and several of the framework's diagnostics read the second kind in preference to the first.

Behavioural Signatures are distinctive, observable patterns in an Individual's behaviour over time, in when they start, persist, switch, stop, or decline to begin, that allow informed inference about the underlying mix of Appetites (A), Intrinsic Motivation (I), and Mimetic Desire (M). The Signatures are read over Behavioural Episodes rather than over executed actions alone, because each of them turns on a comparison between what was done and what was not: pursuit that terminates on repair, pursuit that continues unwitnessed, an Object kept unused once its novelty is spent. An interval in which no action occurred is therefore evidence, and not an absence of evidence.

The Burden-Reversal Principle is the result that those who hold the Knowledge Patch and withhold it from an M-Captured entity bear the burden of justifying the inaction, rather than the entity bearing the burden of seeking correction. The reversal follows from two premises: the M-Captured entity cannot acquire the Knowledge Patch through its own cognitive resources, by the M-Capture Incapacity Principle, and the cost of withholding the Knowledge Patch, being acceleration along the crisis trajectory toward the Terminal Phase, exceeds the cost of supplying it, being vocabulary dissemination, A-stabilisation and I-enablement.

The structural regularity, identified by the Appetitive-Deficiency Test and the Reversal Counterfactual, that the party sustaining a Belief against a decohered Referent is, in every observed case of Referent Abandonment, the materially secure or better-resourced party, and the disadvantage imposed by the Belief falls on a different and weaker group. The Asymmetry is not incidental to the cases of Referent Abandonment; it is their signature. A Belief that transfers positional advantage to its beneficiaries while imposing cost on others is precisely what an A-driven Belief held by a party in genuine appetitive deficiency would not do: a genuine appetitive deficit generates a Belief whose content relieves the deficiency of the believer, not a Belief whose content burdens another group while leaving the believer's own deficits unaffected. The Asymmetry's constancy across unrelated domains (including trickle-down tax policy, race as a biological category, immigration and crime, vaccines and autism, and human-caused climate change) is what makes the eliminative proof of Referent Abandonment converge on Mimetic Desire as the maintenance mechanism in each case. The constancy of who pays is the constancy of the source seen from the side of the disadvantaged.

A Belief is a Hypothesis held with a Posterior credence: the content written to the Belief Register as Ground-Resolution's output, on which the Decision Hub can act. Belief is general as to subject matter, and is distinguished from the Belief Register as content is distinguished from its container, just as Knowledge is distinguished from the Memory Store that holds it. A Belief is a credence rather than a binary token: it carries a probability, and it may be revised by Bayesian Updating, held under Doubt, or suspended (Epistemic Suspension). Beliefs about the source of one's own valuation are a subset, and under Source Opacity the subset most prone to sincere error, in which case the Belief is a Confabulation. Believing a proposition is not the same as merely holding it in store (that is Knowledge), nor does believing it make it true (that bears on Truth).

Belief Heterogeneity Buffer is the structural inability of multiple competing M-cascades to synchronise on a single target, produced by the distribution of Confabulated scapegoat Hypotheses across a population with diverse path-dependent Belief packages. The buffer has three operating states: (1) multipolar, stabilising through mutual Bayesian interference between competing Hypotheses targeting different agents; (2) transitional, degrading as Hypotheses consolidate into fewer camps and cross-cutting cleavages begin aligning; (3) bipolar, actively destabilising as two factions converge on each other as mutual scapegoats, with each faction's hostility generating confirming evidence for the other's Hypothesis. The multipolar-to-bipolar sorting of the Hypothesis Space is the buffer's critical failure mode.

Canonical Definition. The Belief Multipolarity Principle is the result that where Decoherence Time is long relative to cascade velocity, so that expressed Belief rather than a Referent is the dominant evidence, collective subcriticality is sustained by the multiplicity of live Hypotheses in a population and not by their correctness. Convergence of a population's attributions in such a domain is a movement toward the Subcriticality Threshold irrespective of the accuracy of the attribution converged upon, because the Referent contact that would make correctness the operative quantity is unavailable and the convergence is therefore produced by coupling — the failure of the Washing-Out Principle under endogenously generated evidence, terminating at the Collective Fixed Point. The destabilising transition is the consolidation of many competing accounts into two, at which point mutual targeting supplies each faction with genuine confirming evidence for its own Hypothesis and the damping the multiplicity provided inverts into amplification (Buffer Inversion). Multiplicity is necessary and not sufficient, because a spreading cascade converts adherents off their prior Hypotheses and so drains the heterogeneity that was damping it (the Susceptibility-Dispersion Result). Two consequences follow: rapid convergence of attribution in a long-Decoherence-Time domain is a diagnostic warning indicator whether or not the attribution is correct, and every intervention in the Subcriticality Maintenance set must be specifiable on rates and thresholds rather than on Belief content, since an intervention conditional on shared Belief would have to obtain agreement in a domain where agreement is available only by coupling. Prose derivation: Chapter 13, Section 13.8. Scope. The Belief Multipolarity Principle is stated on the Coupling Strength to Decoherence Time relation and not on subject matter. In the short-Decoherence-Time regime of the Decoherence Trichotomy a live Referent re-imposes the Truth continuously and at low cost, washing-out holds, and convergence is truth-tracking: the agreement is held in place by the Referent rather than by the agreeing, and the Belief Multipolarity Principle makes no claim against it. The Belief Multipolarity Principle governs the long-Decoherence-Time and unbounded-Decoherence-Time regimes, where attribution of diffuse harm to agents falls under the Agent-Based Causal Default with no Referent in contact to settle it. The AIM Framework's own architectural claims, and the interventions derived from them, fall on the referented side: the A-Floor Requirement, the authority gate of the Leadership Compression Principle, and the supply of AIM vocabulary through the Knowledge Patch are entailments of Subcriticality Maintenance rather than contested positions, and convergence upon them is sought. What the AIM Framework does not settle, and asserts nothing about, is the institutional route by which a derived condition is met — the domain of the A-Floor Guarantee and its equivalents, where uptake sufficient to hold the system subcritical is the standard Subcriticality Maintenance sets.

The Thinker’s stored record of its current posteriors over its Hypothesis Space, discharging two functions on one stored content: storage, in which the posteriors committed by Ground-Resolution persist as the prior for the next Ground-Resolution cycle; and salience-conditioning, in which those same posteriors furnish the Observer with the configuration under which the perceived Object field is parsed and weighted. These are two uses of one store, not two stores. The Belief Register is the architecture’s state component, holding state and computing nothing, and is not a fifth processing component. The architecture is committed to the asymmetry — the Thinker maintains the posteriors, the Observer operates on the posteriors and cannot alter them — and not to the mechanism by which the posteriors reach the Observer. Salience-conditioning does not exhaust the Observer’s output, which also marks Objects for which the Belief Register carries no prior. The Belief Register is not the Decision Hub’s separate cached-value (habit) store. The Belief Register is written only by the Thinker, through repeated Belief-Register Updates following Ground-Resolution on the Decision Hub’s tag-stripped Scalar. The Thinker does not write source-decomposed weights (wA, wI, wM) to the Belief Register: Source Opacity destroys source-tags at integration, so no such source-decomposed object exists anywhere downstream of integration. The Belief Register is read-only from the downstream side: the Observer does not write to it; the Decision Hub does not write to it. Habit-timescale action-selection is driven by the cached-value (habit) store intrinsic to the Decision Hub itself, which the Decision Hub acts on directly; this cached store is distinct from the Belief Register, which the Observer reads to condition live Salience. The Belief Register is the architectural location of insight-behaviour lag: the Observer and habit-selection track the Belief Register’s current posterior, not the Thinker’s real-time deliberative output. Before a revised Belief propagates into downstream behaviour, the Thinker must perform repeated Belief-Register Updates until the Belief Register’s stored posterior sufficiently approximates the revised deliberative posterior. A single insight does not rewrite the Belief Register; repeated Ground-Resolution cycles do. The Belief Register also carries the signatures that individuate what Conscious Cognition is doing: Source-Attribution Confabulation is the case in which probability mass has collapsed to near-unity on a wrong ground and the Belief Register posterior reflects that collapse; Imagination is the generative operation running, its constructed Hypotheses entering the Hypothesis Space unscored, to be scored by Ground-Resolution on the same terms as any other candidate; I-Override is Ground-Resolution run deliberately with the interference term sustained against collapse. A posterior rising under social-evidence amplification, with the interference term falling because the amplification supplies no ground for doubt, is the mechanism by which speculation decoheres into sincerely held Belief without deliberate commitment. In Appendix A the Belief Register corresponds to $bt$ (A.5.6), whose updating dynamics are governed by the slow-layer parameters ρ(ℋ), ω(Tint), κ_self, and the replicator-Bayes operator.

The quantity the Decision Hub computes when one Individual values another as a target of dealing: the expected value of dealing with the target, net of the cost of dealing with them, taken as an expectation under the assigning Individual's Belief about the target, where that Belief is dominated by a prior furnished by transmitted regard (how visibly others value the target) and updated by the target's own conduct only in proportion to the target's responsiveness. Its purely comparative, conduct-insensitive form is the definitional limit reached as target responsiveness goes to zero. The public quantity Status is the population-scale low-pass-filtered aggregate of the Belief-Conditioned Status Estimate and is the target's standing; the relative position the Observer computes of one Individual against another is the signed difference of their standings (Appendix A, Sections A.9.2 and A.10.2). Formalised as Σ at Appendix A.11 (the estimate at A.11.0 to A.11.2; the live coupled form at A.11.4; the condensation at A.11.6).

The event in which the posterior a Ground-Resolution cycle returns is written into the Belief Register. The write is Ground-Resolution's output rather than a further operation performed on it; there is no step between resolving and storing. Once written, the posterior becomes the prior for the next Ground-Resolution cycle and the template the Observer reads on its live salience-computation pass. Habit-timescale action-selection is driven by the cached-value (habit) store intrinsic to the Decision Hub, acted on directly; that store is distinct from the Belief Register, which the Observer reads for salience-conditioning. Only the Thinker writes to the Belief Register. The Observer and the Decision Hub are read-only with respect to the Belief Register: they read what the Thinker has committed, and they have no mechanism to write to it. This asymmetric read-write structure is load-bearing: it means that insight does not translate immediately into changed behaviour. Before a revised deliberative posterior propagates downstream, the Thinker must perform a sufficient number of Belief-Register Updates to move the Belief Register’s stored posterior close enough to the revised deliberative posterior for the Observer and habit-selection to track the revision. The number of Updates required depends on the magnitude of the revision and the slow-layer parameters governing the replicator-Bayes operator (Appendix A.5.6). Repeated Updates over time is the architectural basis of the insight-behaviour lag formalised in the Adoption-Action Distinction.

Bidirectional Demand is the threshold requirement for any exchange of Objects between two Individuals-as-Objects: both parties must generate sufficient valuation of the other to exceed their respective action-readiness thresholds for Objects to flow. The requirement is trivially satisfied in most market transactions (both buyer and seller value the exchange above threshold) but becomes analytically significant when PM is present. PM contamination alters which transactions clear the threshold and which do not. An Individual with high Status-PM clears others' action-readiness thresholds more easily (because others' PM-inflated valuations are elevated), while a low-Status-PM Individual may fail to clear the threshold at all, even when their A-I contribution is objectively adequate. At the population level, PM-concentration at the apex governs not only the terms within transactions but also which transactions occur at all, producing a distribution of economic opportunity that tracks Status-PM rather than A-I contribution.

Bipolar Convergence is the specific failure mode of the Belief Heterogeneity Buffer in which two factions converge on each other as mutual scapegoats, producing reflexive evidence generation (each faction's hostility constitutes confirming evidence for the other's Hypothesis) and buffer inversion (the Belief Heterogeneity Buffer transitions from friction to fuel). Architecturally distinct from unipolar convergence (convergence on a single vulnerable target) in evidence structure, diagnostic signature, and intervention requirements. The historical pattern associated with bipolar convergence is civil war, sectarian conflict, and extreme polarisation, in contrast to the persecution, pogrom, and genocide pattern associated with unipolar convergence.

Canonical Definition. The Dual-Locus Ignition Theorem is the formal result that ignition of the collective crisis transition admits exactly two position-indexed sufficient conditions, located at the two extremes of the distribution of provision and authority. The floor condition is sustained Appetite deficit at the worst-off segment at or beyond the unique critical depth at which Mimetic amplification first outruns correction across the guarded range of collective Belief (the Floor-Breach Ignition Corollary); it contains no leadership variable. The apex condition is an M-Captured leader whose Belief has crossed the action threshold and whose authority exceeds the imposition threshold (the ignition geometry of the Leadership Compression Principle); it contains no population variable. Either condition alone is sufficient, neither requires the other, and mid-distribution positions satisfy neither, because provision above the floor generates no fidelity forcing and authority below the imposition threshold provides no bypass. Formal statement: Appendix A, A.5.8.7. Prose derivation: Chapter 17, Section 17.7.8.

Blind pricing is a market design in which transaction prices are private and only known to the buyer, seller, and regulator, while quality, function and other non-price differentiating factors remain visible, in order to remove both the comparative price signals and the observable price sequences that fuel mimetic herding, inflation, collusion, and speculative bubbles in high-M, high-observability sectors.

The reader-facing name for Appetites (A) used in the Minimal Architecture Specification and throughout the treatise where the architectural role of the component (homeostatic-deficit signaller with no stored priors and no upstream channel) is under discussion rather than the Axiom-1 source-taxonomy role. The Body Manager is not a distinct component from A; it is the same Disaggregation Primitive specified under its reading-surface function rather than under its source-taxonomy label. It is introduced in Chapter 4 Section 4.4 in the course of specifying the minimal architecture, and is used in preference to "Appetites" wherever the architectural function (deficit signalling, satiation-on-repair, absence of priors, absence of upstream channel) is the point being made. Use "Appetites" or "A" where the Axiom-1 taxonomic role is the point being made, and "Body Manager" where the architectural function is the point. The two labels denote the same component.

The Bootstrapping Principle establishes that I-Override requires A-sufficiency: an Individual experiencing acute hunger, homelessness, or untreated medical emergency cannot sustain the deliberative attention that structural analysis requires. The Body Manager is correctly prioritising immediate survival, and this is architectural rather than a failure of character. The Scapegoat narrative succeeds under A-deficit precisely because it is cognitively cheap, while systemic analysis is cognitively expensive and expense is unaffordable under urgency.

The Bootstrapping Sequence is the intervention ordering entailed by the Bootstrapping Principle: emergency A-provision, then urgency reduction, then diagnostic application, then systemic analysis, then reform coalition. Each phase creates the conditions for the next. Skipping A-provision means systemic explanations will be rejected in favour of the cognitively affordable Scapegoat narrative.

The phenomenological signature of the exhaustion of the Thinker's Ground-Resolution activation condition: the state reached when an Object's novelty and capacity-deepening potential have been consumed and no unresolved residue remains for the ground-resolution function to operate on. Boredom is the endogenous termination signal of the I-process (as distinct from A-satiation, which follows deficit-repair). It is not a failure of the Thinker but the correct signal that the ground-resolution function has nothing further to resolve in the present Object, and it is the signal that recruits the Thinker toward the next unresolved Object. The next unresolved Object may be one the field presents or one the Thinker sets itself, and a question set from within ends Boredom on the same terms as one the field supplies. Nothing guarantees either, and Boredom persists for as long as neither is present. The impoverishment of a field of anything novel, unusual, or unresolved, whether through monotony, over-familiarity, or the removal of any Object the Thinker can engage, is the impoverishment of the conditions the ground-resolution function requires to operate, and Boredom is the felt registration of that impoverishment. Boredom stands in complementary relation to Curiosity: Curiosity marks the presence of the activation condition, Boredom marks its exhaustion.

A Boundary-Belief is a maintained Belief whose function is to separate one Belief-domain from an adjacent one, rather than to make a claim about the state of affairs inside a domain. It is the Belief that a region of Belief is distinct, that valuations, evidence, and authority proper to one field do not automatically carry into another. A Boundary-Belief is held in the Belief Register like any other Belief and persists only while actively maintained; it carries no exogenous Referent of its own, so it neither decoheres against reality nor self-corrects. Its strength sets the Coupling Strength across the membrane it forms between two domains in the Bubble-and-Foam Model: a strongly-held Boundary-Belief keeps that coupling low and contains a collapse within its domain, while a decohering Boundary-Belief raises coupling and lets a collapse in one domain relocate its Content-Beliefs into the neighbour. Distinguished from the Content-Belief, which makes claims within a domain rather than separating domains.

The Boundary-Hardening Principle is the derived result that exporting the maintenance Cost of a Boundary-Belief onto those it places outside its boundary raises the endogenous coupling of the domain it encloses and thereby lengthens the holder-measured Decoherence Time (Chapter 14, Section 14.7.7), converting a decoherence that would otherwise discharge continuously and at low cost into one stored behind a hardened membrane and released as a single violent fold when the boundary finally gives. Because the act that exports the Cost is the act that hardens the boundary, the ethical wrong of imposing the Cost on outsiders and the stability hazard of a stored catastrophic decoherence are one and the same act; and because higher endogenous coupling lengthens the holder-measured Decoherence Time, the harder the falsehood the longer it persists and the more violent its eventual fold. The fold re-internalises only the stored fraction of the decoherence onto the holder; the fraction already exported onto the excluded party is borne continuously and is not recovered. The corrective is the mirror image: declining to export the Cost keeps the membrane permeable and lets the Belief decohere gently and continuously. Derived at Chapter 14 as a corollary of the Saddle-Node Default in the Bubble-and-Foam Model.

Bounded M is a visibility and signalling regime in which social observation, metrics, and Status cues are deliberately constrained so that Mimetic Desire can still coordinate, inform, and support Positive Mimesis, but cannot dominate the motivational mix or determine access to Appetitive sufficiency or Intrinsic domains.

Of the three components of Object-valuation, only PM is structurally capable of inflating beyond the real value of the Object. A-valuation is bounded by deficit states and cannot exceed the observer's actual need. I-Object-valuation is bounded by sufficiency of the Object to enable the process and cannot exceed what the I-process requires. PM-valuation has no closure: it never closes while the Individual is conscious and perceiving, because comparative position has no resolution state (Axiom 6). Therefore, in any Object-valuation (including valuation of Individuals-as-Objects), inflation beyond A-I adequacy is necessarily and exclusively PM. Parasitic extraction is structurally impossible without PM. In a PM-free interaction, all valuations are accurate by construction.

A Bubble is a Belief-domain, a field of coupled collective Belief inflated by the Content-Beliefs held within it and walled off from its neighbours by Boundary-Beliefs; it is the unit of the Bubble-and-Foam Model. Whether a Bubble can pop turns on its relation to a Referent. One with no Referent (an aesthetic or taste domain, the truth-value-free regime of the Decoherence Trichotomy) has nothing to decohere it and need not track Truth: it drifts indefinitely and never pops. One whose dominant Belief is connected to a Referent and tracks it is stable, because reality-contact keeps correcting it. The dangerous, fold-prone case is the Bubble that has a Referent but whose dominant Belief is decoupled from it and does not track Truth: sustained by high Coupling Strength and self-referential updating (washing-out fails, so it converges to consensus, not Truth), it inflates while a determinate Referent it does not track persists, and reality-contact eventually forces that Referent and pops it, the self-referential component evaporating as the valuation folds back toward the Referent and discharges into adjacent domains. The decoupling arises either through Referent Abandonment, where the dominant Belief contradicts a Referent that is already available and decohered, or because the Referent lies outside the representable Hypothesis Space, so no dominant Belief can track it (Type I Exclusion). Asset-price bubbles are the familiar instance; the same structure governs any referented collective Belief.

The Bubble-and-Foam Model is the system/social-epistemic construct that pictures the Belief-space as a foam of Belief-domains ("bubbles"), each inflated by the load of Content-Beliefs held within it, each separated from its neighbours by a Boundary-Belief whose strength fixes the cross-domain Coupling Strength. It is at once descriptive and dynamic, and these are one claim rather than two: the structural picture (bubbles inflated by their contents, separated by membranes) and the dynamic behaviour (added Content-Belief load inflates a domain; a fold in one domain relocates its load across the separating Boundary-Belief into adjacent domains; low coupling contains the migration and decohered boundaries transmit it) are the same statement read at rest and in motion. The Model is a construct at the scale of relations among Belief-domains and must not be identified with the Belief Register, which is the intrapersonal store within which one Individual holds Beliefs. The Model makes the relationship among fields of Belief legible and is shown, in Appendix 14A, to have a coherent mathematical structure; it claims nothing deeper than that, and asserts no physical foam.

The Buffer-Converting Property is the property of Mimetic Premium extraction under the Unidirectional PM Flow Principle by which each Micro-Extraction Event converts A-I Buffer into Mimetic Premium, rather than redistributing Mimetic Premium that already exists. The attention, deference and positional concessions that flow upward are resources that would otherwise sustain horizontal cooperation, mutual aid and shared I-engagement. Each extraction therefore both raises the higher-Status party's capacity to extract and lowers the society's total buffering capacity. Because the extraction draws on the A-I Buffer and not on the pool of Mimetic Premium itself, it is not self-limiting.

Decoherence Time, the time to crisis, is proportional to A-I Buffer depth at the point where M-dynamics commence intensification. Post-crisis settlements that deplete the defeated party's A-I infrastructure therefore accelerate re-entry into the crisis trajectory in proportion to the depletion, while settlements that rebuild that infrastructure extend Decoherence Time and supply the temporal space within which M-management institutions can develop. Where depletion is accompanied by an increase in Coupling Strength, through humiliation, Status-wounding, or imposed grievance, the two effects compress Decoherence Time from both directions.

Buffer Independence is the degree to which an institution derives its authority, competence, and operating capacity from sources other than the incumbent's personal will. Under full Subcriticality, multiple institutions have high Buffer Independence: courts derive authority from constitutional norms and professional competence, media from audience trust and journalistic standards, the military from professional doctrine and institutional culture, economic institutions from market discipline and regulatory frameworks. Complete buffer capture systematically eliminates Buffer Independence by redirecting each institution's authority to the incumbent's personal will.

Buffer Inversion is the phenomenon in which the Belief Heterogeneity Buffer transitions from providing friction (dampening cascade dynamics) to providing amplification (accelerating cascade dynamics) under bipolar conditions. Formally, the p_BH term in the Multiplicative Friction Model transitions from < 1 (dampening) to > 1 (amplifying). Buffer inversion is the specific mechanism that produces the collapse-phase acceleration beyond what coupled failure alone would predict.

The decomposition of the time required for a society to accumulate cumulative PM sufficient to cross the supercriticality threshold into four factors: per-transaction PM magnitude (the mean M-fraction of the integrated valuation in typical exchanges); transaction frequency in the population (the number of M-relevant exchanges per unit time across the population); half-life of A-I-Buffer absorption capacity (the rate at which A-Floor and I-infrastructure can absorb cumulative PM extraction before A-sufficiency or I-access begins to fail); and active Subcriticality Maintenance (any institutional reduction in the PM integration rate through the four M-management dimensions). The build-up time is the integral of cumulative PM over time, not the rate of per-transaction PM at any moment. Trajectory deflection operates by reducing the second, third, and fourth factors; per-transaction PM cannot easily be reduced because Source Opacity is architectural.

The buying time strategy is the nonutopian intervention approach of deploying knowledge patches and institutional buffers to maintain subcriticality (P(H) \< P_c) indefinitely, thereby deferring catastrophic mimetic crisis without claiming to eliminate Mimetic Desire, cure Source Opacity, or achieve perfect motivational transparency, accepting that terminal crisis is mathematically possible but practically deferrable through continuous corrective effort. (Proposed Intervention)

The Calcification Threshold is the point in a field's development at which the mimetic component of Status becomes as predictive of an Individual's position as the two Referent-backed components together, above which the rational allocation of effort moves from contribution to extraction. Status-A is bounded by the observers' actual Appetitive deficits and satiates at population level once the functional need is met; Status-I is bounded by reach, each observer's I-valuation tracking an enrichment that observer actually received, so the total is tethered to the number of Individuals the contribution genuinely touches; Status-PM alone has no bound of its own: each observer's Mimetic Premium is raised by the Premium other observers already direct at the same Individual, so the component recruits its own increase, and the only ceiling on it is the attention those observers can supply (Appendix A, Section A.5.7.4). Both Referent-backed components raise rank and both terminate, on different conditions. Beyond both ceilings the only component still capable of moving an Individual's position is the one that has none, and an Individual optimising for rank reallocates accordingly.

**Camouflage Architecture is the eight-layer concealment structure whereby Mimetic Desire is rendered systematically invisible at individual, institutional, and civilisational levels: Source Opacity (Layer 1), Confabulation (Layer 2), and Object Parasitism (Layer 3), collectively the Triple Camouflage; Disciplinary Priors (Layer 4), Disciplinary Boundaries (Layer 5), and Academic Camouflage (Layer 6); Vocabulary Gap / Hilbert Collapse (Layer 7); and Meta-Architectural Exclusion (Layer 8). Each successive layer conceals not only M but also the operation of lower layers, and penetrating any single layer reveals at most the one beneath; only simultaneous penetration of all eight exposes the full structure. *Framework-Specific Construct. Formalised in Chapter 8.***

The Care-at-Apex Governance Corollary is the principle that for apex governance positions, care for the governed (I-empathy) is the architecturally privileged I-domain because it is the only Intrinsic Motivation capacity that simultaneously (a) stabilises the holder against M-capture by providing genuine I-engagement that escapes reference-point escalation, (b) orients the holder toward the governed population's welfare by making the population's flourishing the Object of I-engagement, and (c) produces the specific governance outputs, A-floor provision, I-domain protection, M-management, that AIM's normative architecture recommends. No other I-domain achieves all three simultaneously.

The Care-Substitution Test is the diagnostic question "Would I be content for someone else to do this work, provided it were done well?" applied to apex governance holders to distinguish genuine I-care (where the governed population's welfare is the Object, regardless of who provides it) from M-contaminated care (where "being the one who cares" is the Object, a status display of virtue whose transfer to another is experienced as status loss).

Cascading Consequences is a general rule that follows from AIM’s premise, that structured restrictions on aggressors and enablers that target violence-enabling goods and mimetic channels, while explicitly preserving Appetitive essentials and as much safe space to pursue Intrinsic Motivations as possible.

The cascading structure of rights and duties is the rule that responsibilities to protect A, enable I, and bound M fall first on the nearest and most capable actors (self, intimates, organisations, state, and finally international actors) so that no level can excuse inaction by pointing to another.

Cascading Support is a general rule that follows from AIM’s premise, that after Harm or crisis, institutions must first restore victims’ and dependants’ A and I, then repair the costs borne by helpers in expanding circles, extending the same provision, on the same gradient of deformation, to the field around the offender, the dependants, households and communities anchored to those who produced the act, before turning to consequences for offenders (if caused by an offender).

A corollary to the Relative-Position Computation Principle stating that because the agent-type categories over which the Observer's position computation runs are Heuristics maintained by the Thinker rather than fixed by the architecture, they depart from objective agent-boundaries in two directions: outward over-extension, in which the Thinker classifies non-agentive systems as agents, or a system that acts without wanting as a person, and runs the position computation against them (the wind as a god, the market as a bear or bull, an artificial intelligence as a person), and inward over-partition, in which the Thinker subdivides a single agent class into ranked sub-categories against which positional computation differentiates (racial hierarchy, caste stratification). Both forms arise without new architectural machinery: outward over-extension is the same computation applied to a Thinker-constructed agent representation; inward over-partition is the same computation applied to Thinker-maintained sub-categories within a class. The departure is carried by Contactless Updating, because the Individual seldom contacts the Referent that settles an agent-boundary and holds the categories on the testimony of those who share them, and where a sub-category acquires positional value the Mimetic Drive to False Belief maintains it as well. The corollary does not require that the departure produces stable error; in some environments, treating the wind as an agent may be instrumentally correct. It predicts that wherever the Thinker's categorical maintenance diverges from objective agent-boundaries, the Observer's positional computation will track the Thinker's categories rather than correcting for their accuracy, and that the divergence persists unless the Individual holds the Referent prior to the category.

The Caught-Desire Prior is the principal instance of Low-Salience Pre-Loading: the standing prior that just because the Individual has seen someone want something does not mean the Individual genuinely wants or needs it, and just because the Individual feels they want it does not mean it will serve them. The prior is true of the architecture it describes (the Minimum Installation Condition guarantees that observation installs wanting regardless of underlying Appetitive deficit or Intrinsic opportunity, and the Salience-Deficit Conflation Principle guarantees that installed Salience is felt as genuine deficit), and its Referent (the Individual's own motivational architecture) is continuously accessible. It is therefore self-confirming in use (each caught pull that passes without loss is an ordinary Bayesian confirmation event) and self-protecting (it attenuates the Salience channel through which social proof would displace it): see Endogenous Stabilisation.

The Celebrity Ratchet is the positive-feedback dynamic in which the PM-component of an Individual-as-Object's valuation compounds through mimetic transmission across the observer network: observed Status raises the Salience of the Individual, which raises the PM attributed to them by further observers, which raises observed Status again. It operates exclusively through Status-PM; the A- and I-components of an Individual's valuation do not self-reinforce through mimetic transmission (a tradesperson whose Status-A rises with genuine demand for their services experiences no ratchet, because A-valuation carries no self-amplifying mimetic channel). The ratchet's steps are individually compounding within a domain, and (because PM is fungible across domains (PM Fungibility Principle)) each accumulated step is deployable into further domains, so visibility in one field converts into deference-eligibility in unrelated fields rather than remaining confined to the domain of original competence.

Certainty-Truth Independence is the principle within Quantum Epistemology that Bayes' theorem functions as a movement function specifying how evidence should shift probability mass, not a Truth function specifying correspondence with reality, such that P(H\|E) → 1 describes the system reaching maximal probability concentration, not the Hypothesis being true, and the distinction between probability concentration (a system property) and truth-correspondence (a relation to reality) is the foundation of the framework's analysis of coupled Belief dynamics.

The Certification Bound is the limit on what an Individual can claim for a Hypothesis, and it follows from Bayesian updating operating only over the Hypotheses the Hypothesis Space represents. Updating returns the available Hypothesis the Evidence fits most closely, which is the best supported in the space rather than the best supported; where the true Hypothesis is absent the operation neither fails nor reports its own incompleteness, and the Individual arrives at the nearest available Hypothesis with whatever confidence the Evidence warrants, that Hypothesis being the least wrong the space permits. The shortfall is undetectable from inside for two reasons: identifying it would require setting the Hypothesis Space against what it omits, and stating the omission is the operation the space cannot perform (Type I Exclusion); and certainty carries no information about correspondence (Certainty-Truth Independence), a restricted space producing high confidence more readily than a complete one because fewer candidates compete for the probability mass. No Individual is therefore ever in a position to assert a Truth. The strongest warrant available is that a Hypothesis is the least wrong of those the Individual’s Hypothesis Space contains, given the Evidence that has reached them. Distinction from Truth. The Certification Bound governs warrant rather than truth-value. A Belief in the Truth-Tracked Regime tracks a decohered Referent and is true, and reality goes on confirming it; what the Individual can state about it is still that nothing has contradicted it and that their space holds no better candidate. Truth is a property of the relation between a Belief and the state of affairs it concerns, and warrant is a property of an operation run over a space whose edges the operator cannot see. The Certification Bound therefore constrains assertion and leaves the Truth-Value of Beliefs untouched. The regime outside the Certification Bound. Where the check is constitutive rather than contingent, as in the mathematically provable case, the Belief and its verification are the same act and no space of competing candidates exists over which a posterior is taken. A proof is not a posterior, and the Certification Bound reaches only what is arrived at by updating.

The architectural feature whereby the three components supplying direct input to the Decision Hub, being the Thinker, the Observer, and the Body Manager, each supply one channel (a physical channel count of one to one to one), but control over those channels is divided two to one in the Thinker’s favour, because the Thinker controls both its own direct ground-resolution input and the templates under which the Observer’s input is classified and sign-coded (the Observer computing Salience on the Thinker’s cached priors supplied through the Belief Register), while the Body Manager controls its own input, the one genuinely independent input, and the Observer controls none. The four derived consequences (the I-Supremacy Result, the A-Disadvantage, the I-Template Override Result, and the I-Corrective Asymmetry) follow from this control asymmetry rather than from any stipulated weighting. The fast-layer formalisation is at Appendix A.5.9.

The Charisma Channel Principle is the principle that charisma is a communicative capacity orthogonal to motivational source, such that a charismatic Individual may be I-led (the craftsperson whose communicative intensity reflects engagement with the craft) or M-led (the operator whose charisma is pure status-pursuit), and the architectural damage from charisma arises not from the capacity itself but from using it as a selection criterion, because such a criterion is structurally M-coupled regardless of the motivational source of any particular candidate.

Choice blindness is the empirically demonstrated phenomenon where Individuals, when presented with choices they did not actually make (via experimental manipulation), fail to notice the switch and confidently generate justifications for the choice they did not select, revealing that the link between choice and justification is weak and post-hoc rather than causally tight and introspectively transparent.

**Class 1 Intervention is an intervention on the forcing that reaches the mimetic loop from outside it. At the scale of a single Individual that forcing is the Ignition Input m_obs(t) of the fast valuation system specified in Appendix A; across a population it is carried by the Observability Matrix, whose spectral radius governs the rate at which a realised valuation in one Individual becomes an observed Model signal for another, and the two enter one threshold additively at the fold (Appendix A, Section A.5.7.4). Class 1 interventions reduce the stream of observed Model signals reaching Individuals' perceptual apparatus. Examples include visibility suppression of specific Model classes or Object categories (media norms such as the Don't Name Them principle for spree-killer coverage), platform-level hiding of engagement metrics, sumptuary-style restrictions on visible display of positional Objects, and opacity regimes over salaries and prices. Class 1 interventions have a first-order effect on the operating point of the fast-valuation fixed point and a second-order effect on stability through the dependence of σ'(V*) on operating-point location; at the network scale the reduction in the Observability Matrix's spectral radius lowers the total gain directly rather than only through the operating point.**

**Class 2 Intervention is an intervention on a coupling whose magnitude enters the loop gain, at whichever layer that coupling sits. Class 2 interventions reduce the stability-determining gain directly. At the fast layer the channels are the three parameters of the Internal Loop Gain G ≡ κS·β·γ·σ'(V*) of the fast valuation system specified in Appendix A: β reduction via the Knowledge Patch (Chapter 18), γ reduction via Observability-feedback governance, and κS reduction via Salience engineering. At the slow Bayesian layer they are the Restriction-Induced Concentration Factor, reduced by AIM Vocabulary Acquisition, and the Evidence-Emission Coefficient, reduced by Epistemic Suspension (Appendix A, Section A.5.6). At the network layer the channel is the Evidence-Coupling Matrix, whose off-diagonal spectral radius is reduced by Patch-competent Evidence intake (Appendix A, Section A.5.7.4). Class 2 interventions have a first-order effect on stability and can collapse supercritical cycles regardless of Ignition Input level, provided the reduction is sufficient to bring the total gain below its critical threshold.**

Closure is the second of the three conditions a candidate Institutional Buffer must satisfy to qualify as a Restoring Node: the new state variable's feedback must act on one of the couplings whose product forms the Internal Loop Gain, or on the corresponding network-scale quantities. A structure whose restoring force acts on a coordinate the loop does not contain fails Closure however genuine and however strong that force is, and the failure is not offset by the structure's importance in other respects. Two-party electoral alternation is the worked case: its restoring force acts on office-holding, which appears in no term of the loop gain, so the loop drives the electoral variable while the electoral variable supplies no damping in return. Social insurance is the complementary case, carrying genuine responsive dynamics aimed at appetitive provision, which is an exogenous input to the valuation equation rather than a term in the gain. Distinction from Cognitive Closure. Cognitive Closure is a state of an Individual's causal-inference process, reached when an explanation has been generated and accepted so that downstream processing can proceed. Closure in the present sense is a property of a feedback path in a dynamical system and concerns where a variable's output lands. The two share a word and nothing else, and neither entry bears on the other.

Coercion is the use of A-Harm, I-Harm, or M-Harm (or credible threats thereof) to override a person’s intrinsic evaluation, such that their Decision Hub fires in ways they would not endorse under A-sufficiency, protected I-domains, and bounded M.

Cognitive Closure is the state in which a causal-inference demand has been satisfied (an explanation has been generated and accepted, downstream processes can proceed, and the interrogation terminates) achieved regardless of whether the explanation is accurate or false, such that the brain's demand for closure is a demand for any explanation that allows processing to continue rather than a demand for accurate explanation specifically.

Collaborator is an agent-type category in human causal cognition characterising entities that present reciprocity opportunities, agents with whom mutually beneficial exchange, alliance formation, or cooperative action is possible, triggering detection systems that assess reliability indicators, potential for mutual benefit, and trustworthiness to determine whether reciprocal engagement would yield positive-sum outcomes for both parties.​

The Collaborator coordinate of the Agent-Type Vector takes one of three subtypes, set by the evidence the classifier reads alongside evidence of reciprocity, and each subtype fixes which of the three channels carries weight in the valuation of the Individual-Object. The mating-pair subtype is the Collaborator reading under reproductive cues and engages the Body Manager's sexual deficit term. The parent-child subtype is the Collaborator reading under dependency, where the Individual-Object's Appetitive deficits are ones the observer can repair and the Individual-Object cannot, and it carries an Appetitive flow in one direction, from the capable party to the dependent one, which reverses over the life course. The among-equals subtype is the Collaborator reading under reciprocity between Individuals of comparable capacity, with neither reproductive cue nor dependency. The subtypes are readings of one vector rather than separate modules: one Individual-Object can carry more than one, and can move between them as the evidence changes.

The Collective Convergence Mechanism is the process by which Individual Confabulation Cascades synchronise through social proof, public expression of confabulated narratives, prestige-biased learning, and mimetic template transmission, producing population-level Belief shifts that accelerate rather than correct the underlying error, because each Individual's expressed narrative becomes evidence in others' updating cycles, creating coupled oscillator dynamics where convergence on shared false Beliefs compounds faster than any Individual's private doubt can resist.

Collective Fixed Point is the stable population-level Belief configuration toward which coupled Bayesian updating converges when expressed Beliefs circulate as social Evidence and the amplification of shared Belief outruns exogenous correction. In the mimetic special case, the Collective Fixed Point is the stable configuration toward which a Confabulation Cascade converges, a state characterised by: (1) near-universal adoption of a shared confabulated narrative; (2) near-zero probability mass on alternative (especially structural) explanations; (3) treatment of dissent as defection or pathology rather than legitimate inquiry; and (4) maximal confabulation stability combined with maximal underlying tension, such that the fixed point is equilibrium in the sense of resistance to change rather than equilibrium in the sense of resolution.

Collective Prior, denoted P(H)_collective,prior, is the shared probability distribution across Hypotheses that a population's Culture and expressed Beliefs supply to its members as the starting distribution for subsequent Bayesian updating. In the mimetic special case, the Collective Prior is the population-level probability distribution across Hypotheses that emerges when many Individuals' Prior Beliefs converge through social transmission of Confabulations, creating a shared background assumption that shapes how new Individuals interpret evidence before they have formed independent judgments-functioning as the epistemic environment into which Individuals are socialized and against which dissenting interpretations must contend.

Comfortable Confabulation is a confabulated explanation that achieves cognitive closure while avoiding implications that would threaten the Individual's self-concept, status, or group membership. The brain systematically selects these explanations over uncomfortable Truths because cognitive closure is functionally required, social costs of uncomfortable Truths are immediately experienced, while epistemic costs of confabulation are diffuse and delayed, and social proof from others sharing the same confabulation provides strong Bayesian evidence supporting the comfortable narrative.

The Decision Hub's integration of the three motivational sources (A, I, M) into a single scalar subjective-value signal through the AIM Integration Equation U(x) = wA · UA(x) + wI · UI(x) + wM · UM(x), with the integration step destroying source-tag information by the Data Processing Inequality and producing the architectural fact from which Source Opacity (Axiom 3), Confabulation (Axiom 4), Object Parasitism, and the Camouflage Architecture all derive.

The Common-Currency Scalar is the single signed subjective-value quantity that the Decision Hub emits for a focal Object by Common-Currency Integration of the Appetitive, Intrinsic and Mimetic inputs (Axiom 2), and on whose sign and magnitude action-selection runs: a positive value selects approach, a negative value selects avoidance, and a value near zero selects disengagement (Signed Valuation Principle). The Scalar is written U(x) where it is indexed by the option or Object x, as in the AIM Integration Equation, and V(t) where it is a state variable of the fast dynamics, as in Appendix A; the two notations name the same quantity, and the choice between them follows the context in which the Scalar is being evaluated. The Scalar is emitted after the integration step has destroyed the source tags, so no downstream process, introspection included, can recover from it the A, I or M composition that produced it (Source Opacity, Axiom 3). The Scalar is the felt urge to act, and it is the action-selection decision variable: each emission resolves at action-selection, and the deficit that produced it re-emits it for as long as the deficit goes uncorrected, so the urge stands while the deficit stands and ends when the Action completes or the deficit closes. Phenomenal Affect is the joint product of the same integration event, the felt state emitted alongside the urge, and the two differ in what becomes of them: the Scalar spends itself in the body's output and leaves no standing object behind, whereas Phenomenal Affect converts to nothing and persists, which is what gives the Thinker a standing object to examine. The Scalar converts inward, through the Thinker's Ground-Resolution, to an item of Evidence, and outward to Action, and the Action is its transduction: the Scalar is put into a medium in which it can act on the Object it selected, and that Object then carries the signal onward, to whatever gates it and to whatever the Individual does with it, until the deficit that emitted the Scalar is discharged. Where the selected Object is held by another Individual, the transducing Action is exchange, and the Object that exchange leaves behind carries the Scalar across the interval and between bodies. An Object's efficiency at carrying it is its Saleability, and Money is the Object at the top of that gradient: the same Scalar, once transduced by exchange, on the substrate that carries it for every Individual and every deficit at once (Money; Chapter 12).

Money, being a continuous, public, and universally denominated scale, functions as the optimal mimetic comparator, so that any competition denominated in Money carries a standing structural presumption of positional (M-driven) rivalry, because the scale itself supplies the cardinal, observable, cross-context ranking metric that Status requires. The presumption is rebuttable only by independent demonstration that the monetary pursuit is bounded by an Appetitive or Intrinsic provisioning function, that is, that it satiates. Non-satiation of monetary pursuit is the empirical fingerprint of Comparator Capture.

The Compensatory Pathway Analogy is the canonical framing whereby the Knowledge Patch is understood to function analogously to neuroplastic reorganisation following brain damage-establishing a downstream compensatory circuit that achieves source discrimination through deliberative processing, conceptual categories, and inferential reasoning when the native preconscious source-tagging architecture cannot deliver this function, with the analogy holding on four dimensions: (1) neither restores original function, (2) both become more automatic with practice, (3) both achieve functionally equivalent outcomes, and (4) both operate within rather than eliminate architectural constraints.

The Completeness Criterion for General Theory Status (CCGT) is the principle that a theory of a system qualifies as a general theory only if it can in principle account for every reliably observed output of that system, directly or via derivation from its principles, such that a theory which cannot even in principle generate predictions about a major category of system output is incomplete rather than general, regardless of its success within its own domain.

Completion Pressure is the architectural property of generative AI systems that compels output generation for any valid input, creating systematic bias toward producing responses even when accurate information is unavailable, analogous to the social and cognitive pressures in humans that prevent "I don't know" from functioning as an acceptable response and thereby drive confabulation.

Complexity as Concealment is the phenomenon whereby elaborate structures (derivative layering, ideological frameworks, technical vocabularies, tiered systems, and procedural opacity) emerge and persist in high-PM domains because they prevent the Intrinsic Motivation system from decomposing total price into its Appetitive, Intrinsic, and Mimetic components, thereby protecting the Mimetic Premium from recognition and rejection.

Computational Curation is the machine execution of the decision as to which subset of available material a given Individual is shown, at a scale and rate that admits no case-by-case ruling by any person. The class is fixed by the function rather than by the medium.

Concealment Density is the Crisis State Variable measuring the degree to which the Mimetic Hypothesis is unavailable to a population's Individuals at the point where a want or a price is resolved. The Mimetic Hypothesis is unavailable in two ways: absent from the Hypothesis Space, as where the M-concept has dropped out of available vocabulary (the Vocabulary Gap) or the institutional mechanisms that would supply the Hypothesis (investigative journalism, academic critique, whistleblower protection) are captured or destroyed; or held and not applied, because the decomposition that would apply the Hypothesis exceeds what the Thinker can carry (Complexity as Concealment) or I-Override capacity has atrophied. Concealment Density acts on the attribution and not on the signal, so the Macro-Residues of Mimetic Premium extraction remain measurable at population scale however high Concealment Density rises (Aggregation-Concealment Independence Theorem). Concealment Density rises as the Premium grows and falls discontinuously when forced visibility admits the missing Hypothesis, a fall that belongs to the Calcified-to-Terminal transition of the Crisis State Architecture.

Concealment Infrastructure is the set of structural features, procedural complexity, technical jargon, layered intermediation, information asymmetry, and institutional opacity, that function as the immune system of Mimetic escalation by preventing the Mimetic Premium (PM) from being exposed, measured, or arbitraged, regardless of whether the features were designed for concealment or accumulated as structural byproducts of M-driven complexity growth.

Concealment Necessity is the structural requirement that mimetic premiums above a threshold magnitude must be hidden through Complexity as Concealment, because exposing the Mimetic Premium would invite I-system scrutiny, Source-tagging reconstruction, and refusal to pay, thereby making the escalation unsustainable.

A sincere but wrong Hypothesis or Belief, where sincerity is guaranteed by the architecture (the Individual has no introspective access to the wrongness) and wrongness is the failure of the Hypothesis to correspond to the state of affairs it concerns. Confabulation is a classification on the Truth axis alone: a Belief is a Confabulation if and only if it is sincere and wrong, irrespective of its content, its motivational source, or the cognitive operation that produced it. Truth-value is therefore constitutive of Confabulation-status, while remaining orthogonal to a Confabulation's downstream consequences, which run identically whether or not the Belief is wrong (Truth-Value Orthogonality). The two claims are compatible because the first governs classification and the second governs effects. Two sub-cases are distinguished by the Referent of the Hypothesis. Source-Attribution Confabulation is the case in which the Hypothesis concerns the motivational source of a present desire and is wrong because the M-Hypothesis was unrepresentable or under-weighted in I's Hypothesis Space (the Vocabulary Gap or Hilbert Collapse); this is the output of I's Bayesian ground-resolution function under Source Opacity, and is the proximate mechanism of Object Parasitism, scapegoating, and the Confabulation Cascade. In that source-attribution case, completions preferentially attribute to A or I and systematically avoid M-attribution (Disaggregation Convention 2); the genus definition itself remains truth-axis-only. Predictive Confabulation is the case in which the Hypothesis concerns a future state of affairs and is classified as a Confabulation only once that state arrives and resolves the Hypothesis false (see Predictive Superposition Principle). In every sub-case the Bayesian operation that produces the Belief is rational and content-agnostic; the wrongness, not the operation, is what makes the Belief a Confabulation.

Confabulation Cascade is the process by which individual Confabulations propagate through social networks, compound through Bayesian updating (each observed Confabulation becoming evidence that updates others' Beliefs), and converge toward population-level shared narratives that are resistant to revision because: (1) each Individual's posterior is shaped by the collective prior; (2) expressing doubt produces social sanction; and (3) the converged narrative has excluded from Hypothesis Space the structural explanations that would reveal its confabulated nature.

Confabulation Compounding is the process by which confabulated narratives-about self, causation, expertise, and prediction-accumulate across time and domains, with each Confabulation becoming a prior that shapes subsequent interpretation, producing progressive convergence toward the Individual Fixed Point where accumulated certainty vastly exceeds evidential warrant, alternative interpretations have become unavailable, and the frontiers that would enable I-engagement have been closed off by pseudo-answers.

Confabulation Inheritance is the mechanism by which AI systems trained on human-generated text acquire and reproduce patterns of human confabulation, including the stylistic signatures of confident assertion, post-hoc rationalization, and M-driven narrative that pervade human writing due to Source Opacity, such that AI confabulations are not independent errors but amplified echoes of human Source Opacity operating at population scale.

The principle that, in any epistemic system operating under Type I Exclusion, the sincere-but-wrong account of a phenomenon is temporally prior to the accurate account, because projection of the phenomenon onto the representable subspace occurs at the moment the phenomenon demands explanation, whereas the subspace expansion that would admit the accurate account requires a generative act that the already-occupied explanatory slot renders unnecessary. The Confabulation Priority Principle is domain-general: it governs the explanation of external events and the explanation of a person's own conduct alike, and the source-attribution case in which the excluded dimension is Mimetic Desire is one instance of it rather than its basis. Its signature in the historical record is the attribution of unexplained natural events to agents, and ultimately to gods, together with the consistent lateness of the structural account that eventually displaces them.

The Confabulation Proliferation Corollary is the result that where the M-Hypothesis is unavailable to the Hypothesis Space, Bayesian ground-resolution run repeatedly against an explanandum that never discharges produces an unbounded and non-convergent set of A-grounded and I-grounded attributions, rather than the single stable misattribution the Confabulation Rationality Lemma yields on one pass. Two defects operate jointly: the correct Hypothesis cannot be generated, because its prior is undefined rather than small; and the incorrect Hypotheses cannot be eliminated, because an M-misattribution is discharged neither by consumption nor by removal of an audience. Because Mimetic Desire attaches to Objects already carrying Appetitive or Intrinsic function, the single cause presents on each occasion in a different Object, so the candidate set branches laterally rather than deepening, and the explanandum appears to the Individual as a succession of unrelated problems. The Confabulation Proliferation Corollary claims non-convergence and lateral branching; it claims no rate of expansion.

The Confabulation Race is the temporal competition, occurring downstream of integration, between the fast automatic account supplied by Confabulation and the slow deliberate account supplied by the Thinker, to explain a Phenomenal Affect that has already been emitted. Phenomenal Affect and the Common-Currency Scalar are joint products of a single integration event; the Scalar is the action-selection decision variable, while Phenomenal Affect is the concurrently generated felt state that the Thinker must explain. Because Phenomenal Affect is delivered to the Thinker fully formed, and because the source tags were destroyed at integration (Source Opacity Theorem), the Individual is presented with a felt state requiring explanation but no access to its provenance. Confabulation, being automatic and low-cost, ordinarily supplies a plausible cause before the Thinker can construct the accurate one. In an Individual equipped with the correct theory, the accurate account exists but does not arrive faster, so the equipped Individual first receives the confabulated explanation and must then override it by deliberate effort. The direction of the confabulated explanation is set by the loaded prior, not by the affect's true source, and may fall on the self (self-blame), on another (scapegoating), or on circumstance. The confabulation in this race is not an arbitrary fast story. It is the previously held prior, the account with which the loop was last loaded, asserting itself as the default explanation of the present affect. This is why it is the incumbent: it occupies the explanatory slot automatically and at no cost, before deliberation begins, simply by virtue of being already installed. The race is therefore real and asymmetric in the incumbent's favour. The accurate account does not win merely by arriving; it must unseat a Hypothesis already in possession of the field, and unseating it requires effortful I-override that the incumbent never has to expend to maintain its position. The lasting product of a successful override is not only the correction of the present episode but the re-loading of the prior, so that on the next occasion the incumbent occupying the slot is itself more accurate and less override is required. Over repetitions the race is won not by out-running the incumbent but by replacing it. Possession of the correct theory does not prevent the confabulated meaning from forming; it obliges the equipped Individual to strip and replace it after the fact.

The Confabulation Rationality Lemma is the formal result that a rational Bayesian reasoner converges on a sincerely held false attribution whenever the true generative Hypothesis is unable to accumulate probability mass, and that the convergence is experienced from the inside as truth-discovery rather than as the failure mode it is. The result is general: it governs any epistemic system updating on any subject matter, and the true Hypothesis it excludes may be of any kind. Inability to accumulate mass has two architecturally distinct sufficient conditions, and the Confabulation Rationality Lemma holds under either. Under Type I Exclusion the true Hypothesis is absent from the representable Hypothesis Space, its prior undefined rather than small, and posteriors converge on the least-wrong available Hypothesis. Under Type II Exclusion the true Hypothesis is representable, and probability mass has already concentrated on a competitor by two mechanisms operating jointly. The first is order of encounter: because the evidential force an observation carries is weighed against the Belief-state it meets rather than being intrinsic to the observation, a Hypothesis that occupied the explanatory slot early is met as background by everything arriving after it. The second is reaffirmation: the incumbent is restated on every cycle, from the Belief Register's own prior state recalled as Evidence under the Self-Coupling Permanence Principle and from the correlated attributions of other Individuals arriving through interpersonal coupling, so that the mass the incumbent holds tracks the count of its restatements rather than the weight of what supports them. The two mechanisms ordinarily compound: a Hypothesis that arrived earlier and is restated often will dominate one that arrived later and is not. Under both mechanisms each increment of concentration lowers the Interference Term, and a lower Interference Term admits less movement from the next observation, so the concentration extinguishes the capacity that would have reversed it. Neither condition is prior to the other and neither is the more common. The updating is rational under both, in the same technical sense: the reasoner assigns posterior probability in proportion to prior weighted by likelihood, and does so correctly on the information available. What differs is which part of the input is defective. Under Type I Exclusion the Hypothesis Space is incomplete; under Type II Exclusion the Evidence stream is contaminated by restatement of the reasoner's own output and of the outputs of those coupled to the reasoner. The Confabulation Rationality Lemma is content-agnostic under both, operating identically regardless of which true Hypothesis is excluded and regardless of subject matter. Sincerity is a deductive consequence under each condition, by a different route: under Type I Exclusion because the true Hypothesis is unavailable to the updating process, and under Type II Exclusion because Coupling-Induced Opacity denies the reasoner any marker distinguishing endogenous restatement from exogenous Evidence.

The architectural fact that agents generate categorically more frequent, discrete configuration-change events per unit time than static objects or diffuse systemic structures, because an agent's capacity for goal-directed transition between behavioural states (from static posture to pursuit, to attack, to flight) occurs within sub-second intervals, whereas a static object's observable state (an apple on a branch, swaying at most in the wind) changes negligibly across comparable timescales, and a diffuse systemic structure (an institutional process, a distributed market dynamic) presents no discrete, spatially localised configuration to update at all. Because the Observer is a general-purpose, continuously-sampling perception channel rather than a dedicated agent-detection module, it does not need specialised hardware to become agent-saturated in practice; it need only sample a field in which agents are the highest-frequency source of new, action-relevant information available to it. The result is that the Observer's continuous feed to the Decision Hub is structurally dominated by agent-configuration data by simple virtue of sampling rate, independent of any architectural preference for agentive content as such.

Conflict is the failure state of an interaction interface between two or more Individuals in which either party's Grievance Belief reads the other as taker or threat, and force is transmitted against rather than through one another, producing A-deprivation, I-suppression, and M-escalation across the Conflict Horizon. One Grievance Belief is sufficient to load the interface, the party at the gate needing neither to hold one nor to know. Where both parties hold one, the gated Objects need not be the same: competition for a single scarce or positional Object is the paradigm case and not the condition, since what couples the parties is that each party's conduct is the other's evidence, so an interface can go super-critical where the attacker pursues standing and the party attacked pursues their own safety.

The Conflict Horizon is the period commencing at the onset of identified friction between Self-Models and concluding not at formal adjudication but at the full discharge of the Mimetic Premium accumulated between the parties during the proceeding. Within this horizon, dynamics are Content-agnostic: A-deprivation, I-suppression and M-escalation continue to compound, and the party holding more accurate Beliefs has no tactical advantage, because Bayesian updating on endogenous evidence is truth-independent (Truth-Value Orthogonality). The horizon runs longer than the formal proceeding's closure suggests, subsuming the post-adjudication period until the Mimetic Premium fully discharges, if at all.

Canonical layer. The principle that conflict, the super-critical regime of the loop between Individuals in which the Mimetic stake on prevailing feeds back on itself faster than the interface can dissipate it, is a failure state of that interface rather than a neutral condition to be adjudicated, and is architecturally incapable of producing neutral or positive integrated AIM outcomes. It is distinct in kind, not degree, from productive friction, the sub-critical regime in which each party treats the other's position as evidence and updates (Belief-revision); the two are one mechanism separated by a threshold statable as Loop Gain, and conflict, unlike friction, is incompatible with Subcriticality Maintenance. The distinction holds at every scale, from a two-person interface upward. M-inflation of the contested Object is the primary and invariant driver; by Object Parasitism M cannot operate without an A or I substrate, so every conflict disaggregates into an A-, I-, or M-dominant type according to which component carries the genuine stake, making substrate disaggregation a mandatory antecedent to any response (resolution differs by substrate: A, upstream provisioning or cascading support; I, expansion of the I-surface and decoupling competence from rank; M, deflation through visibility governance and the Non-Malice Corollary). Because a super-critical loop only accumulates damage, conflict is always net negative once its full costs are counted; the felt necessity that accompanies it is a diagnostic signature of the failure mode, not a warrant for the engagement, and treating it as a procedure for discovering which party deserves to prevail is architecturally misconceived: conflict requires only that one party hold a false belief, and does not require that either party holds the correct one. Where none of the beliefs underlying the conflict track Truth, there is no truth-of-the-matter for adjudication to find. The engagement generates only confabulation cascades, Mimetic Premium destruction, real A and I costs imposed on the parties and their communities, and at the limit, catastrophic reconfiguration scaled to the destructive capacity of the parties.

Conscious Cognition is the full operation of the components of the Minimal Architecture Specification during the Individual’s waking phenomenological experience: the Body Manager signalling deficit, the Observer assessing Salience over the perceived Object field conditioned on the Belief Register, and the Thinker maintaining priors and resolving what it attends to, the three of them supplying signed input to the Decision Hub, which integrates them into a tag-stripped Scalar and selects action, with that Scalar returning to the Thinker as the evidence on which the next resolution runs. Conscious Cognition is therefore the operation of the whole architecture and not of any one component. The Thinker's contribution to it comprises two operations: Imagination, which constructs candidate Hypotheses from Knowledge held in the Memory Store and delivers them into the representable Hypothesis Space $\mathcal{H}$ without scoring them, and Ground-Resolution, which redistributes probability mass across Hypotheses in $\mathcal{H}$ according to incoming evidence and the interference term, under the rule stated at Axiom 8. The outputs of the Thinker's contribution are distinguished by two features: whether $\mathcal{H}$ contains the true generative Hypothesis H*, and the magnitude of the interference term (doubt) sustained at the moment of output. I-Override is Ground-Resolution run deliberately on the source of the Individual's own valuation, with the interference term sustained and the Hypothesis Space expanded to admit the Mimetic Hypothesis, and I-Override runs Imagination, because that expansion is what the generative operation performs. Confabulation is an output rather than an operation: a Hypothesis Ground-Resolution has returned that is sincere and wrong. Ground-Resolution is recruited by an unresolved or mispredicted Object rather than running on every cycle; where the Belief Register can already resolve the context, action-selection proceeds by Habit without recruiting the Thinker, and Conscious Cognition continues, because the other components go on operating. The felt presence of that recruitment is Curiosity and the felt registration of its exhaustion is Boredom. Dreams-and-Sleep Bracket. Conscious Cognition names the always-on generative process operative during waking phenomenological experience, which is the scope relevant to motivation and decision-making. The same neural substrate that supports Conscious Cognition also generates dream states during sleep. Because the AIM Framework treats the conscious experience of the Individual as phenomenologically real, dream experience is likewise phenomenologically real, operating on a register distinct from waking Belief, waking hypothetical, and waking source-attribution. Dreams lie outside the motivational scope of this treatise but are not denied reality.

Consensus-Derived Coupling is the high-κ subcritical band in which endogenous Evidence (what others in the coupled network believe and express) is the principal input to Belief updating, such that ρ(Koff) approaches κc from below and f_endo is high (~≳0.6). Appendix A.11.6 Corollary B applies: shared inherited Belief produces correlated signed errors that population aggregation cannot average away; estimates decouple from Referent reality over long Decoherence Time, with fold re-equilibration on eventual correction.

Consent is valid when the choice to permit another to affect one’s AIM profile is led by Intrinsic Motivation under conditions of A-sufficiency, bounded M-pressure, and adequate understanding of the likely effects on one’s future A, I, and M.

The Constitution-Direction Principle is the result that in any domain where a flow is constituted from the periphery of a system but is experienced as emanating from its centre, Source Opacity conceals the true direction of constitution, Confabulation under the Sincerity Guarantee supplies a sincere account running in the misread direction, and the believed misread direction installs the unbounded Mimetic dynamic because it organises the very behaviour that gives the apparent centre its force, such that the corrective is to operate the system on its true polarity while holding the Appetitive floor invariant. The Push-Pull Obligation Principle is the Constitution-Direction Principle's instance in the domain of interpersonal obligation, where the constituting flow runs outward from the duty-bearer's capacity (push) while being experienced as running inward on the claimant's entitlement (pull); the Chapter 12 result on the constitution of Money is its instance in the monetary domain, where the constituting flow runs upward from the population's coordinated acceptance while being experienced as running downward from institutional control.

The second limb of the Reciprocal Care Principle, holding that no Individual is constitutively self-sufficient and that treating any Individual as self-sufficient is a category error of the Constitution-Direction type, because the provision experienced as self-originating is constituted from the periphery (capable others plus the institutional A-floor). See Reciprocal Care Principle. Explanation. Nobody stands entirely on their own. What feels like "I provide for myself" is actually built out of what capable others around you supply, plus a basic social safety-net underneath. Treating any person as truly self-sufficient gets the facts wrong: the support is real, it is just invisible because it arrives from the edges rather than from the centre. "No man is an island, entire of itself; every man is a piece of the continent, a part of the main. If a clod be washed away by the sea, Europe is the less ... any man's death diminishes me, because I am involved in mankind, and therefore never send to know for whom the bell tolls; it tolls for thee". John Donne (1572-1631).

The output of the narrative-closure process (the Confabulation architecture, Axiom 4) when it operates on identity-Content, a domain where no mind-independent Referent exists. Constitutive Narration is neither true nor false because there is nothing for it to be true or false about; it constructs the identity it appears to describe. Distinguished from Confabulation, which is the output of the same process operating on source-attribution, a domain where a Referent exists (the actual motivational source) and the narrative is demonstrably wrong about it. The mechanism is one; the epistemic status of the output differs because the domain differs.

The Constraint Satiation Ratio (CSR) measures how easily an AI system's drives are "satisfied" under limits-whether it has natural stopping points or continues optimizing indefinitely.

The Constructed-Belief Entailment is the result that no property distinguishes a Hypothesis Imagination has constructed from one that exogenous evidence has delivered, so a constructed Hypothesis is scored by Ground-Resolution on identical terms and becomes a Belief whenever the available evidence assigns it a high enough Posterior. The provenance of a candidate is not carried across the handoff from the generative to the evaluative operation, and could not be without a source-tag of the kind Common-Currency Integration destroys, so the architecture holds no barrier between imagining an entity and believing in one and requires none to operate as specified. The origin of a candidate is epistemically decisive and architecturally invisible. A Hypothesis whose composition is drawn from Knowledge acquired through contact with physical reality carries warrant the world supplied; a Hypothesis composed within the Individual carries none, and since Knowledge is non-committal as to truth, assembly from Knowledge confers no warrant by itself. Ground-Resolution holds no term by which to tell the two apart, so it scores both on the evidence reaching the Thinker alone. Where the Hypothesis posits an entity in the physical world, exogenous evidence bearing on it exists and the test can be run, so the governing condition is the availability of that evidence rather than the absence of a truth-value: a search record that reaches the Thinker rarely and only when sought out is outweighed by what the population generates about itself, which is the Endogenous-Evidence Condition, and under high Coupling Strength the Posterior settles where the population settles rather than where the search record points. Where the candidate is endogenous in origin and the evidence endogenous in circulation, no exogenous evidence enters the cycle at any point, and nothing anchors the Posterior outside the Individual and the population between them. Such a Belief is Referent-abandoned rather than Referent-free, the test having been run and returned a null result, so its corrective is the positive limb of the Provenance Rule and not the Induced-Decoherence Test.

Contactless Updating is Bayesian Updating on a Belief whose Referent the Individual does not contact, so that every item of Evidence bearing on the Belief is testimony, the coupled Evidence of other Individuals, or the Individual's own recall, and none is a cost the Referent imposes. The rule is the ordinary one and the condition is what distinguishes Contactless Updating: under that condition the posterior follows the flow of Evidence and nothing in the flow is tied to the Referent. Contactless Updating installs a True Belief and a False Belief on the same terms, and the updating that installed a Belief can remove it. Evidence combines additively in log-odds, so a Belief near certainty can be carried below even by many items of endogenous Evidence, none of which moves the probability appreciably and none of which registers with the Individual as a change of mind. Contactless Updating requires M's general case, through which self-coupling returns recalled Beliefs and Confabulated reasons to the Decision Hub as Evidence, and does not require its special case; social input adds to the flow without being necessary to it, and the absence of contact with the Referent is the one condition Contactless Updating does require. Contactless Updating is distinct from drift, which is the non-convergent equilibrium of a domain with no Referent: Contactless Updating converges wherever the flow carries the Belief, in a world-constraining domain whose Referent the Individual does not contact. Where Contactless Updating carries a True Belief about a decohered Referent onto the losing side of a settled question, and the Referent remains available, the Belief's maintenance is reached by the eliminative proof of Referent Abandonment, so Contactless Updating is a route into Referent Abandonment on which no positional calculation is made at a single moment. Where Contactless Updating carries a False Belief onto the Referent's verdict, the correction is real and the corrected Belief stays exposed to the same updating. Contactless Updating and the Mimetic Drive to False Belief are not alternatives: a Belief carried off its Referent can come to carry positional value, and from then on both maintain it. The updating is indifferent to Truth and the protection is not. A True Belief can be held with the trace of the test that settled it, and the Individual's operation of the Provenance Rule on the Evidence arriving against the Belief holds that Evidence below certainty; a False Belief carries no such trace, and the same Rule, applied to the testimony on which the False Belief rests, holds the Belief itself below certainty. The trace makes the operation possible and does not guarantee it, and an Individual whose Belief carries positional value can decline to perform the operation. Whether positional value is present is settled by the Standing Test.

Content is the specific, variable material, particular Objects, Beliefs, narratives, relationships, historical events, agents, and valuations, that occupies the structural positions defined by AIM's motivational and epistemic architecture at any given time, place, and Individual, such that Content varies without limit across Individuals, cultures, and epochs while the structural architecture processing it (the three sources, Common-Currency Integration, Source Opacity, Confabulation, Bayesian updating) remains invariant. Content is what fills the slots; structure is how the slots are processed. The distinction is what makes Content-Agnosticism, Content-Trajectory Independence, and Content-Channel Asymmetry possible: because the processing architecture contains no internal variable for the identity, Truth, moral value, or crisis-potential of the Content being processed, structurally identical dynamics recur with different surface Content across all domains and historical periods. Critically, which Content becomes Salient to a given Individual is itself structurally determined by the three sources: A renders deficit-relevant Content Salient (food sources during hunger, shelter during exposure), I renders engagement-relevant Content Salient (skill frontiers, curiosity targets, relational opportunities), and M renders Model-observed Content Salient (whatever Objects, behaviours, or valuations prestigious Models attend to). The salience-generating architecture is invariant; the Content selected by that architecture is not. A structural theory of human behaviour must therefore specify the structural determinants of Salience, which AIM does through the three-source taxonomy, rather than treating Content-selection as exogenous or unexplained.

Content-Agnosticism is the property of Bayesian Belief updating whereby the mechanism that combines priors with evidence into posteriors operates identically across all subject matters, containing no internal variable for the Truth, moral value, or crisis-potential of the Beliefs being updated. Axiom 8 (Bayesian Belief Dynamics). Distinction from Content-Agnostic Processing. Content-Agnosticism is a property of the mechanism; Content-Agnostic Processing is what the mechanism does in virtue of holding it. Derivations take the property, so Referent Blindness is inherited from Content-Agnosticism and the Structural Determination Principle integrates it with Content-Trajectory Independence and the independence of harm from the offender's state of mind. Prose describing the handling of a Belief takes the process.

Content-Agnostic Processing is the operation the Belief-updating mechanism performs in virtue of Content-Agnosticism: priors are combined with evidence into posteriors identically across all subject matters, and each posterior enters the next cycle as a prior, with no step at which the accuracy, quality, content or crisis-potential of what is processed can alter the operation. Governed by Axiom 8 (Bayesian Belief Dynamics), Chapter 4, Section 4.3.8. Distinction from Content-Agnosticism. Content-Agnosticism is the property; Content-Agnostic Processing is the operation that property produces. The distinction decides usage. A derivation takes the property as its premise, as Referent Blindness and Belief-Trajectory Independence do, and the Structural Determination Principle integrates the property with Content-Trajectory Independence and the independence of harm from the offender's state of mind. Prose describing what the mechanism does to a Belief takes the process. Neither is a name for Axiom 8, which is Bayesian Belief Dynamics.

A Content-Belief is a Belief that makes a claim about the state of affairs within a Belief-domain (a valuation, a price, a legitimacy, an empirical proposition) as distinct from a Boundary-Belief, which separates one domain from another. Content-Beliefs are what a domain is about: they carry the evidential load that inflates the domain in the Bubble-and-Foam Model, and they are what a collapse acts upon. A Content-Belief may track an exogenous Referent, in which case it has a finite Decoherence Time and can decohere against reality, or it may be Belief-constituted and self-referential, in which case it drifts with an unbounded Decoherence Time. When a Belief-domain folds, its Content-Beliefs are not annihilated: because they are about something, and the demand they answered does not vanish with the collapse, they relocate into adjacent domains as new evidential load across the separating Boundary-Belief.

Content-Channel Asymmetry is the principle that what spreads through mimetic channels can enable resistance to mimetic dominance if the Content itself is I-enabling (providing stable conceptual vocabulary, diagnostic tools, and Source-tagging capacity) rather than M-amplifying (providing status signals, scarcity cues, or audience-dependent validation).

The Content-Mechanism Boundary is the distinction between inheriting M-outputs as content (which AI does, through training on human-generated text saturated with prestige associations, Status hierarchies, and social-proof weightings) and generating new M-contagion through architectural transmission (which AI cannot do, due to absence of the preconscious mirror-neuron-to-valuation-circuit pathway).

The Content Mutation Imperative is the result, following from the Content-Independence of Violence, that each crisis teaches the population that lived through it the Content of the crisis and not its structure. Post-crisis attribution is itself Content, generated by the same Confabulation architecture and subject to the same Bayesian Lock-In, so blame attaches to Content-level actors and the lessons drawn are Content-bound, while the invariant structure (coupled Belief dynamics converging toward certainty without tracking Truth, producing Scapegoat designation and coordinated violence) remains invisible for as long as it is absent from the population's conceptual vocabulary. Because the Content of a crisis cannot recur and its structure can, successive crises arrive with novel Content on an unchanged structure.

Content-Trajectory Independence is the principle that the trajectory of Belief change is determined by the structure of the updating process and the pattern of inputs, not by the specific Content of the Beliefs, such that structurally identical updating processes operating on structurally similar input patterns will produce structurally identical trajectories regardless of whether the Beliefs concern consumer preferences, political loyalties, or genocidal scapegoating.

Contribution-Tracked Authority is the configuration in which occupation of a role, and the scope of decision-power attached to that role, are determined by observable behavioural output produced in or relevant to the role's actual craft, such that authority movement tracks variation in that output rather than variation in visibility or mimetic signal, and the pool of role-occupants is drawn from candidates who have demonstrated craft performance rather than candidates who have demonstrated mimetic tournament fitness.

Composition is the relative proportional contribution of each motivational source to a desire's activation — the mix of Appetitive, Intrinsic and Mimetic contributions to the integrated valuation, each the AIM Weight on its source applied to that source's valuation of the Object (wA·UA, wI·UI, wM·UM) — which determines what kind of satisfaction would address the felt deficit. Desires of identical Intensity can have radically different Compositions, and accurate compositional diagnosis, principally of which source led the decision to act, is the necessary precondition for effective intervention.

Correction Asymmetry is the structural disadvantage of post-adoption evaluation relative to pre-adoption filtering: the evaluator corrects from a non-neutral starting point (the desire already feels authentic due to Source Opacity, reasons have already been confabulated, and the evaluation criteria are themselves partly mimetically constituted) rather than deciding from a clean slate.

Correction Window is the temporal interval between M-shock and irreversible collective action, created by institutional buffering, during which M-intensity can subside, alternative information can circulate, countervailing forces can mobilise, and leadership psychology can shift. Democratic process is reframed as institutionalised delay, the primary architectural function of legislative deliberation, judicial review, electoral cycles, and bureaucratic procedure is to ensure that Correction Windows exist.

The Cost of a Belief is the expenditure required to maintain that Belief against the pressure to revise it. Under a live Referent (the Hard Truth and Soft Truth regimes) the pressure is answered by reality, and the cost reduces to the bounded, holder-borne cost of running and replicating the test that consults the Referent, for the Belief that water boils at 100°C at sea level, the electricity, water, apparatus, and time to repeat the measurement, a cost that does not grow with the firmness of the Belief. Absent a live Referent (the Hard Falsehood regimes, whether Referent-abandoned or Referent-free) reality supplies no verdict to answer the pressure, so the Belief can be held only by suppressing that pressure through coercion applied to persons, and the cost is exported onto those the Belief's boundary excludes, borne by them as real losses in the A-domain (material sufficiency, health, income, safety) and the I-domain (education, development, engagement). The provenance of this cost, self-borne against reality versus exported onto persons, is what the Cost-Provenance Test reads, and its exported form is coercion, not difference of opinion. The exported maintenance Cost is the outward face of a conserved reality-pressure, not a separate thing: the pressure to revise that the holder declines to pay is the reality-contact the boundary routes onto the excluded party, borne by them in full, only not by the holder (Chapter 14, Section 14.9.3). Maintenance Cost and the decoherence it displaces are conjugate, the cost spent to resist revision and the revision-pressure absorbed elsewhere, not one quantity. M-Harm may coerce and wound standing, but it is not a decoherence Cost: M phenomenology is real and behaviourally efficacious, yet it is not a true world deficit, so it does not enter this ledger (Salience-Deficit Conflation Principle; Phenomenological Reality Principle). When Status contests export Cost, what the ledger records is the resulting A-domain and I-domain damage, not the Status displacement itself.

The Cost-Provenance Test is the diagnostic that determines which regime of the Hardness–Referent Matrix a Belief occupies by tracing the provenance of the Cost required to maintain it against the pressure to revise it. The Test asks a single question: who bears that Cost. Where the Cost is bounded, borne by the holder, and discharged against reality, the cost of running and replicating a test that consults a live Referent, the Belief is Referent-governed and the hardness is a Hard or Soft Truth. Where the Cost is exported onto those the Belief's boundary excludes, borne by them as real losses in the A-domain and I-domain, the Belief is not Referent-governed and the hardness is a Hard Falsehood, whether Referent-abandoned or Referent-free. M-Harm may be among the coercive instruments used to export that Cost, but Status displacement and other M-ledger hits are not themselves what the Test counts as exported maintenance Cost; only A-domain and I-domain losses enter the ledger. Where no Cost is borne by anyone because no Referent exists to generate a pressure to revise, the Belief lies in the aesthetic regime off the Matrix. The Test is the collective-and-boundary-level counterpart of the Provenance Rule: the Provenance Rule traces the provenance of a Belief's evidence, and the Cost-Provenance Test traces the provenance of a Belief's maintenance Cost, the two closing the diagnostic loop from evidence-in to cost-out.

The Cost-Shifting Principle is the result that Conflict Resolution institutions resolve disputes not by tracking Truth but by shifting the cost of a collective Self-Model update onto an adjudicated losing party, so that the surrounding community can preserve its existing Self-Models intact rather than revise them. Because adjudication operates in a high Coupling Strength regime in which the Belief that matters (the trier's Belief about what happened) is Referent Abandoned or Referent Inaccessible for the duration of the proceeding, its Decoherence Time bounded but deferred beyond judgment (the Quantum-Epistemic regime in which expressed positions constitute the trier's primary evidence and reality cannot intrude before judgment), the process produces certainty without truth-tracking, and the question of whether the losing party is in fact culpable is orthogonal to the resolution the process delivers. The principle holds that the felt social necessity of a verdict (the discomfort that demands closure) is the signature of a Self-Model that would otherwise have to update, and that the verdict discharges that discomfort by externalising its cost onto the party against whom it is rendered. Responsibility (accountability for the consequences of an action regardless of intent) persists fully under the principle; what the principle exposes is that the adjudicative ritual systematically substitutes cost-externalisation for the structural Self-Model revision that the Conflict actually calls for. Framework-Specific Principle. Derived from the Coupling-Concealment Identity Principle, the Structural Determination Principle, the Non-Malice Corollary, and the Quantum-Epistemic account of adversarial procedure.

A Counterfeit Indicator is an Indicator that recurs and responds, moving with policy and reverting after shocks and displaying every surface property of a functioning feedback signal, while the quantities it is taken to represent ratchet beneath it. It is a diagnostic category rather than an architectural commitment, and it stands to institutional measurement as the Counterfeit Limit Cycle stands to institutional structure: in both, recurrence in one coordinate is mistaken for correction in another. The distinguishing observable is not whether the Indicator returns to a prior value but whether the operating point does. Two properties make the class more dangerous than any of its instances. Counterfeit Indicators are selected for, because Indicators with short Decoherence Time deliver disconfirmation quickly and cheaply while those with long or unbounded Decoherence Time deliver reassurance for years, so any body choosing which measures to adopt, retain and headline faces a gradient running toward the counterfeit; this is the selection structure the Incidental Buffer Principle identifies for Institutional Buffers, whose design rationale tracks Confabulation rather than architecture and whose strength drifts accordingly. And the counterfeit reading is most convincing where Coupling Strength is highest, because a body operating in a supercritical domain does not experience itself as supercritical but experiences agreement, confidence and apparent stability, and a high-Coupling-Strength Indicator reports that experience back to it, so the failure is invisible from within by construction.

Counterfeit Limit Cycle is a structure that displays the phenomenology of sustained oscillation in a coordinate orthogonal to the loop requiring damping, while coupling into that loop with amplifying rather than restoring sign. It is a diagnostic category rather than an architectural commitment: it names a class of misreading in which visible alternation is taken as evidence that a system is self-correcting, when the alternating variable and the variable determining the system's terminus are different variables. A candidate Institutional Buffer qualifies as a genuine restoring node only if three conditions hold jointly, that it introduces a state variable not already in the system, that the variable's feedback closes onto one of the couplings whose product is the Internal Loop Gain, and that the sign of that closure is restoring. A Counterfeit Limit Cycle satisfies the first and fails the other two. The distinguishing observable is not whether alternation occurs but whether the system returns to a prior operating point when it does: a genuine limit cycle is recurrent in the state variables that matter, whereas a Counterfeit Limit Cycle is recurrent in an orthogonal coordinate while those variables advance monotonically. The two are indistinguishable within any single cycle and separable across several. The worked cases are two-party electoral alternation, in which office-holding rotates while the Belief Heterogeneity Buffer is held in Bipolar Convergence, and the rotation of constitutional form across regimes, in which form alternates while network loop gain ratchets through rising Observability.

Coupling Strength is the parameter governing the non-commutativity and endogeneity of Belief updating, measured at two distinct scales that share the symbol $\kappa$: at the node or dyadic scale, it is the dimensionless ratio between zero and one obtained by dividing the average order effect across question pairs by the diameter of the Belief state space (the maximum non-commutativity of measurement operators across the Belief state space, Chapter 14, Section 14.7.1); at the population scale, it is the share of an Individual’s Evidence within a domain that arrives as endogenous social Evidence from other Individuals rather than from exogenous reality-contact (introduced at Chapter 13, Section 13.4.6 and reconciled across the two scales at Chapter 14, Section 14.7.7). Within the AIM Framework, Coupling Strength determines the rate at which coupled Belief cascades converge, the effectiveness of Source Opacity in concealing motivational source, and the conditions under which classical probability approximations break down. Coupling Strength is always positive (the Self-Coupling Permanence Principle guarantees a non-zero baseline through the memory-recall channel), domain-specific (varying across social contexts), and amenable to structural intervention through institutional design. At the network scale (Appendix A.5.7), Coupling Strength is realised as the Evidence-Coupling Matrix $K=[\kappa ij]$ with diagonal $\kappa ii=\kappa self$ and off-diagonal block $Koff$, whose spectral radius $\rho (K_{off})$ governs the network Evidence-coupling loop gain.

The Coupling-Concealment Identity is the named mathematical identity relating interpersonal coupling strength (κ) to the concealment of motivational source information, establishing that as κ increases, as Beliefs become more tightly coupled across Individuals through mimetic transmission, the system's capacity to distinguish source-specific contributions (A, I, M) to any given Belief or desire decreases monotonically, such that high-coupling-strength environments are architecturally hostile to source discrimination regardless of Individual diagnostic effort.

The general informational architecture principle whereby content qualifies for ambient broadcast (push channels) if and only if its subject matter is not a coupled Belief system (κ is low) or its claims decohere rapidly against observable reality (τ is short), such that content whose subject matter is a coupled Belief system (high-coupling-strength) with extended insulation from reality-testing (long-decoherence-time) is restricted to query-driven access (pull channels), disrupting the Information-Cascade Amplification Effect at its source by preventing high-coupling-strength, long-decoherence-time content from entering population-level evidence streams where the Ambient Evidence Amplification Effect operates regardless of Individual intent.

The formal apparatus that relates Coupling Strength, Decoherence Time, and finite buffer capacity to conflict costs, crisis timing, and the conditions under which managed decoherence is possible; comprising the Coupling-Concealment Identity Principle, the Buffer Exhaustion Principle, the Content Mutation Imperative, the Cost Function of the Coupling-Decoherence Framework, and the Simplification Dividend. Formerly referred to as “the Coupling-Decoherence Framework” in legacy framework material.

Coupling-Induced Opacity is the extension of Source Opacity from input origin to input modality. A recalled Belief and a perceived fact share the downstream pathway into integration, and the modality tag is destroyed at the point at which the source-origin tag is destroyed, so the Individual holds no channel distinguishing endogenous Evidence from exogenous Evidence. A Belief recalled from the Belief Register and re-entering as Evidence under the Self-Coupling Permanence Principle, and the correlated attributions of other Individuals arriving through interpersonal coupling, are therefore credited with the weight of independent corroboration, so that a Hypothesis repeated often registers as a Hypothesis widely corroborated.

Crisis State Architecture is the description of mimetic crisis as a trajectory through five Crisis State Phases, Grounded, Drift, Calcified, Terminal and Reset, each a region of the Crisis State parameter space in which a population's cascade dynamics run, with the Terminal Phase the attractor region of the trajectory under the Unifying Crisis Principle. A population's phase is read from the four Crisis State Variables, Status Integrity, Price Inflation Ratio, Exit Capacity and Concealment Density, each the population-scale trace of a derived result; the Crisis State Variables carry no dynamics of their own, the dynamics being those of the quantities the variables trace.

The Crisis State Variables are four quantities measurable in a population, each the population-scale trace of a derived result, from which the population's position among the phases of the Crisis State Architecture is read: (1) Status Integrity, the share of what predicts an Individual's position in a field that is carried by the two Referent-backed components of Status, Status-A and Status-I, against the Mimetic component, Status-PM; (2) Price Inflation Ratio, the ratio of the Mimetic Premium (PM) in the prices of essential goods to the Appetitive and Intrinsic components of the same prices; (3) Exit Capacity, the degree to which Individuals can refuse the markets and arenas that carry the Mimetic Premium without falling below the A-Floor or losing access to their I-domains; and (4) Concealment Density, the degree to which the Mimetic Hypothesis is unavailable to a population's Individuals at the point where a want or a price is resolved, whether absent from the Hypothesis Space or held and not applied. None of the four has dynamics of its own: each measures a quantity whose dynamics the architecture fixes, and where the boundaries between phases lie in the four is a matter of measurement.

Critical Coupling Strength ($\text{kappac}$). Critical Coupling Strength is the spectral threshold of the off-diagonal Evidence-coupling matrix at which the network pushes the Total Stability Condition to its critical value, holding all other parameters at their operating-point values: $$\text{kappac}=\inf \left\{\rho (Koff):Gtotal(\rho (Koff))=G{crit}^{total}\right\}.$$ Equivalently, Critical Coupling Strength is the phase-transition threshold above which classical probability approximations fail and certainty-without-Truth convergence becomes inevitable: a coupled Belief system whose Coupling Strength exceeds this threshold will converge to a single dominant Belief state with near-unity confidence regardless of whether that Belief is true, because the non-commutative structure of the updating process under high coupling generates interference effects that classical Bayesian models cannot represent.

Critical Loop Gain (Gcrit). The Critical Loop Gain Gcrit is the threshold value of the internal loop gain G = κS · β · γ · σ'(V*) at which the fixed point of the fast valuation dynamics loses linearised stability. For the minimal three-node fast-valuation system specified in Appendix A.4, Gcrit = 1 exactly, recoverable by Routh-Hurwitz analysis of the characteristic polynomial of the Jacobian J, and independent of the relaxation times τM, τV, τS. Below threshold (G < 1) the fixed point is stable, perturbations decay, and the system behaves as a transient social-learning mechanism. Above threshold (G > 1) the fixed point is unstable, perturbations compound, and the system exhibits Mimetic Premium compounding and rivalry escalation. The bifurcation at G = 1 is necessarily a Saddle-Node Fold in the three-node skeleton with positive κS, β, γ, σ' (the Hopf locus is structurally unreachable; see Appendix A.5.3). For the joint fast-plus-slow coupled system the threshold is denoted Gcrit^joint, and for the full network-extended system Gcrit^total; both are governed by spectral conditions on the corresponding block-Jacobians, with the additive decompositions of A.5.6 and A.5.7.4 understood as small-cross-coupling expansions rather than exact stability conditions.

The genus term for the displacement of intrinsic (I) engagement by the operation of the Mimetic (M) channel, one architectural process appearing at three scales that differ only in level and timescale of aggregation: (1) Motivation Crowding-Out, the neural/reward-scale suppression of dopaminergic intrinsic-reward activity when a controlling extrinsic reward is introduced (the empirical effect reviewed by Di Domenico and Ryan, 2017; the Overjustification finding of Self-Determination Theory); (2) the I-Crowding-Out Dynamic, the sectoral-scale displacement of I-engagement by M-intensive activity across a population, through time poverty, attention capture, and institutional reorientation toward observable status-goods; and (3) the individual, real-time scale of the single Operational Loop, at which the Observer's continuous read of the Belief Register and of observable valuing agents crowds out the Thinker's goal-directed generative search, the process whose low-intensity limit is Flow (AIM sense). In every case the Mimetic channel's operation competes with and displaces intrinsic engagement; the three named forms differ only in the scale and timescale at which the displacement is measured, not in mechanism.

The Cruel Paradox is the result that threats serious enough to require civilisational coordination are precisely the threats too diffuse, gradual and abstract to trigger the automatic solidarity response that would enable that coordination. The capacity for I-Override exists in any Individual whose A-Floor is secured, but without the Knowledge Patch an Individual cannot recognise that the mimetic architecture is converting a coordination opportunity into rivalry fuel; Confabulation proceeds unrecognised, scapegoat narratives dominate, and the architecture remains invisible as the blockage it is.

Culture is the stock of priors a population holds in common, transmitted and stabilised over time through Entanglement dynamics: its Heuristics, which divide the world into the kinds the population recognises, and the templates written in those kinds, which fix which Objects carry Mimetic Premium within the population, which comparison-sets structure felt adequacy, which Models transmit prestige-biased content, and which conduct is honoured. Institutional structures crystallise parts of that stock into durable forms. Culture is held in the Thinker and reaches the Decision Hub through the Thinker's own input and the Observer's Salience, so Culture loads two of the three channels of direct input and never the Body Manager's. The AIM Weight profiles a population's behaviour displays are the effect of its Culture and not its substance. Culture is maintained by Contactless Updating on the population's shared use of that stock and is subject to the Referent on the same terms as the Heuristics that compose Culture. Cultural universals derive from shared neural architecture; cultural particulars derive from divergent entanglement histories and environmental constraints.

The phenomenological signature of the Thinker's Ground-Resolution function being recruited by an Object the Belief Register cannot already resolve, whether because no committed posterior exists for the Object or because the current context diverges from what the stored posterior predicted. The Object may be one the perceptual field presents or one the Thinker has assembled from the Memory Store and set as a question, so Curiosity requires no exogenous problem: a question the Individual has put to themselves recruits the ground-resolution function on the same terms as one the world has put. Curiosity is not a distinct motivational source, nor a separate drive attached to Intrinsic Motivation. It is what the recruitment of the ground-resolution function feels like from the inside. Because the function is invoked only by the unresolved or the mispredicted, the Thinker is oriented toward exactly those Objects, and that orientation is Curiosity. Engagement is the same function continuing to run as resolution deepens, which is why an Object that sustains unresolved structure sustains engagement, and why the I-process is self-sustaining rather than deficit-terminating. Curiosity stands in complementary relation to Boredom: Curiosity marks the presence of the ground-resolution function's activation condition, Boredom marks its exhaustion.

The Dashboard Gauge Principle is a methodological principle stating that the components of the AIM architecture (A, I, M) are reading surfaces over a more complex neural substrate, analogous to the gauges on a vehicle's dashboard. A fuel gauge, a water-temperature gauge, and an oil-temperature gauge each resolve the state of a complex underlying system (fuel delivery, cooling, lubrication) along a single behaviourally actionable dimension, without being those systems and without claiming that those systems are simple. The gauge is effective because it abstracts at the level the operator needs to act on. A, I, and M are analogous, each is a reading surface over a continuous and entangled neural substrate, each summarises its substrate along a behaviourally actionable dimension (homeostatic deficit for A, conscious-cognitive engagement and Bayesian resolution for I, continuous conditional Object-field Salience assessment for M per the Minimal Architecture Specification), and each is effective for disaggregation not despite but because of that abstraction. The Dashboard Gauge Principle discharges the objection that the AIM decomposition is insufficiently granular at the neural level, the framework does not claim neural-level granularity, it claims reading-surface granularity, which is the appropriate level for its derivations and interventions.

The Data-Architecture Distinction is the methodological separation of empirical findings (observations that constrain any adequate theory) from theoretical architectures (frameworks that organise findings into explanatory structures), such that the same findings can support multiple architectures and rejection of an architecture does not require rejection of the findings the architecture was originally built around. The Distinction is the enabling condition for symmetric consilience and for the Mutual Architectural Correction Principle, both of which depend on the capacity of an integrating theory to accept the empirical record produced by a neighbouring discipline while treating that discipline's architecture as a separable, revisable object.

The Data Processing Inequality is the information-theoretic theorem that no processing of a signal can increase the information the signal carries about its source: for any variable S, any signal X and any function g, I(S; g(X)) ≤ I(S; X). Applied to Common-Currency Integration, whose many-to-one map combines the three source signals into one Scalar, it establishes that no function of the integrated Scalar, introspection included, can recover the source decomposition the integration discarded, which is the proof of the Source Opacity Theorem.

The result that any institutional format culturally coded as truth-seeking (debate, adversarial proceeding, public discourse) is structurally exploitable for PM extraction by Individuals who adopt negative, contrarian, or provocative positions purely to generate social Salience. The exploit operates because (a) the cultural Belief that debate is truth-finding confers I-framing on all participants regardless of actual motivation, (b) the PM Production Cost Asymmetry makes negative positions cheaper to produce and higher-yielding than affirmative positions, (c) Source Opacity prevents the audience from distinguishing I-led participation from M-led extraction, and (d) Truth-Value Orthogonality ensures the exploiter suffers no epistemic penalty for being wrong because being correct provides no advantage within coupled dynamics. The principle entails that unmanaged debate formats in high-coupling-strength environments will be progressively colonised by M-led participants whose PM-extraction strategy is camouflaged by the format's cultural coding as truth-seeking.

The cost imposed on the surrounding community by an irreversible removal of, or grave harm to, an Individual, consisting in the forced, system-wide re-weighting that every relationally constituted Self-Model in the affected field must perform once a node against which its priors were anchored has been altered or lost. Because the Self-Model is constituted through encounters with other Individuals (each supplying the comparative positions on which identity-relevant priors depend), the removal of a node compels involuntary updating across all Self-Models positioned in relation to it, and the aggregate of that updating is the debt. It is discharged, to the extent it can be, by protection that prevents the perturbation from propagating, by provision that absorbs the A-harm and I-harm at the centre of the rupture, and by a public response measured enough not to become a second source of Mimetic perturbation. It is not discharged by retributive severity, which adds perturbation rather than absorbing it.

The neural integration site that receives valuation inputs from A, M, and I, integrates them into a single Common-Currency Scalar, tag-strips during integration (Source Opacity, proved via the Data Processing Inequality), and emits action selections on the basis of the integrated Scalar. It also holds the cached-value (habit) store on which habit-timescale action-selection runs directly, without a fresh Ground-Resolution cycle; this cached store is distinct from priors, which are the Thinker's, and from the Belief Register, which the Observer reads to condition Salience. The Decision Hub does not interpret, ground, or explain its outputs, does not maintain priors, and does not resolve Salience into A-grounds or I-grounds, interpretation is I's function. The Decision Hub is a Disaggregation Primitive per the Dashboard Gauge Principle. [Axiom 2: Common-Currency Integration]

Decision Hub Colonisation is the act of injecting information into another Individual's perceptual field where the recipient has not solicited it, the information is integrated into the Common-Currency Scalar prior to deliberative review, and the integration destroys the source tags, so that no later introspective act recovers which part of the recipient's resulting wanting came from the injection. It is distinguished from persuasion, which presupposes a recipient retaining deliberative control over what is integrated, a control Preconscious Transmission denies at the point it would have to be exercised. Three features distinguish it from trade: entry without invitation; occupation of motivational bandwidth the recipient would otherwise have allocated to their own priorities; and a settlement that does not reverse on the recipient's later rejection of the proposition, rejecting a proposition not withdrawing the Salience its arrival installed. Recourse for the recipient runs outward rather than inward: the Two-Question Diagnostic and behavioural evidence about a message's source return a judgement about which motivational source dominates, not a separation of the contribution, and only at the cost of deliberate effort the recipient must know to spend. Four duties follow for the party performing the injection: Restraint, the presumption against unsolicited high-valence communication with the burden of justification on the speaker; Legibility, disclosure of the communication's motivational structure; Coupling Awareness, calibration to the Coupling Strength and Decoherence Time of the environment the communication enters; and Proportion, calibration to the recipient's realistic capacity to decohere the claim against reality.

Decision Hub integration is the neural transformation in ventromedial prefrontal cortex (vmPFC) and ventral striatum (VS) that converts unlike motivational inputs from Appetites, Intrinsic Motivation, and Mimetic Desire into a single scalar subjective value signal, enabling unified choice but necessarily discarding source-specific information in the integrated output.

Decoherence Regimes are the five mutually exclusive and jointly exhaustive classes into which any single Belief falls according to its relation to a Referent, where the regime determines how that Belief's Decoherence Time is bounded. Decoherence Time is the time to the next decoherence event against the Belief's Referent; Decoherence Time is genuinely unbounded in one regime only. The five regimes are generated by a prior question and three structural questions. The prior question is whether the Belief is settled by a check constitutive of holding it, as the Belief that a result follows from stated premises is settled by its proof; where it is, the Belief is Mathematically Provable (no Referent is consulted, the check being the proof and inseparable from holding the Belief; Decoherence Time floored at the cost of running the proof; whether the premises describe physical reality is a separate Belief, which falls in one of the other four regimes). Where it is not, three structural questions (does a Referent exist; is there an access path to it; and if decoherence is available, does the Belief track it) generate the other four: Aesthetic (no Referent exists; the Belief operates wholly endogenously; Decoherence Time unbounded because no decoherence event is possible); Referent Inaccessible (a Referent exists but no access path yet exists; Decoherence Time bounded by the event that brings the Referent into the Hypothesis Space, though the timing of that event is unknowable in advance); Referent Abandoned (a Referent exists and is accessible, but the Belief has severed its connection to it; Decoherence Time bounded, deferrable, but the fold back to the standing Referent remains inevitable); and Truth-Tracked (a Referent exists, is accessible, decoherence has occurred, and the Belief tracks it; Decoherence Time short and continually renewed, with no collapse pending). The word "unbounded" applies to the Aesthetic regime alone; every other regime has a bounded Decoherence Time.

Decoherence Time is the characteristic timescale over which endogenous coupling is overridden by exogenous reality-contact, measured at the single-Individual or dyadic scale as the exponential decay timescale over which order effects and endogenous Evidence decay toward a classical baseline as independent exogenous input arrives (Chapter 14, Section 14.7.2), and at the population scale as the expected time until external reality imposes costs that coupled dynamics cannot absorb, determined by buffer capacity relative to extraction rate (Chapter 13, Section 13.4.6). Within the AIM Framework, the two definitions name the same reality-contact interval from the cognitive and systemic sides: Decoherence Time governs how long a coupled Belief system can sustain Beliefs that diverge from reality before exogenous Evidence or buffer exhaustion forces a correction, collapse, or crisis. Domains with short Decoherence Time (physical survival, immediate physiological needs) self-correct rapidly; domains with long Decoherence Time (status hierarchies, institutional orthodoxies, financial bubbles) can sustain divergence for extended periods, accumulating costs that are eventually discharged catastrophically rather than gradually. (This regime is a tracked state, not a permanent property: on the tracked-state and Referent-attachment treatment of this regime, see Sections 14.8.1 and 14.3.5.)

The Decoherence Trichotomy is the partition of Belief-domains into three regimes by the Decoherence Time that their Coupling Strength sets: the short-Decoherence-Time regime, where a live Referent re-imposes the Truth continuously and at low cost, so the domain stays truth-tracking (the Hard Truth regime, immediate failure-and-correction); the long-but-finite-Decoherence-Time regime, where a live Referent governs the domain but its verdict is buffered by stored capital, so certainty and Truth may diverge for a period before reality intrudes, sometimes catastrophically (the Soft Truth regime, accumulation-then-crisis); and the unbounded-Decoherence-Time regime, the truth-value-free domain of aesthetic norms, fashion, and taste, where no world-constraining signal exists, so a tightly coupled population drifts continuously without ever converging or decohering (the Aesthetic Drift Principle). The Decoherence Trichotomy is the Referent-governed backbone that the Hardness–Referent Matrix extends to the falsehood side.

The Decoherence-Time Stabilisation Effect is the mechanism by which an Anchoring Object (most typically a Fault-Line Figure, but equally a sacred object, external power, or system of governance) maintains effectively infinite decoherence time for the surrounding field's Self-Models, because the Object's ongoing high-Salience presence continuously reinforces each actor's identity position (supporter, opponent, analyst, neutral), preventing the Self-Models from ever facing a decoherence event.

Delivery-Pathway Intervention is an intervention whose architectural role is to install the diagnostic competence through which other interventions become administrable, rather than itself substantively altering the system's dynamics. The Knowledge Patch is the framework's canonical Delivery-Pathway Intervention: it is formally a Class 2 Intervention on β, but its distinct architectural role is the installation of diagnostic competence (the capacity to recognise mimetic dynamics as mimetic and to formulate threshold questions about G, mobs, γ, and κS), without which Class 1 and the remaining Class 2 interventions appear as arbitrary impositions rather than as responses to identifiable architectural conditions. See Appendix A.6.4 and Chapter 15.

The Derivation-Not-Ambition Principle is the metatheoretical rule that a theory's legitimate scope is determined by what its axioms logically entail, not by the social permission, institutional affiliation, or disciplinary credentials of its author, such that if axioms A₁…Aₙ entail consequences in domain D, the theory's scope includes D regardless of whether the author is credentialed in D, and critiques that reject scope on credential grounds rather than derivation grounds constitute Mimetic Deflection rather than substantive engagement.

The testable prediction that the magnitude of quantum-cognition violations (QQ-equality, the conjunction fallacy, order effects) in any domain correlates with that domain's Coupling Strength and Decoherence Time profile. Domains of high Coupling Strength and long Decoherence Time (politics, identity, social Status) produce larger violations than domains of low Coupling Strength and short Decoherence Time (physical measurement, logical reasoning, well-calibrated empirical questions). The prediction is derived from the three-level mechanism connecting memory-recall self-coupling, Source Opacity amplification, and Preconscious Transmission to non-commutative probability assignments.

The Differentiation Collapse Mechanism is the architectural entailment by which removal of an Anchoring Object (of which the Fault-Line Figure is the person-case specialisation) from a population precipitates rather than prevents crisis, because the Object functions as a Decoherence Time anchor whose presence sustains cross-Individual N and whose removal collapses N synchronously across the network. Synchronous collapse of $\text{tauN}$ lowers $G{crit}^{total}$ below the prevailing $G_{total}$, crossing the threshold of the Critical Coupling Strength from the threshold side rather than from the coupling side. The resulting Saddle-Node transition follows by entailment from Appendix A.5.7.

The Discharge Duration Principle is the result that the duration of a removal-branch discharge is inversely proportional to the endogenous Buffer Independence surviving the removal of the Anchoring Object: where a replacement anchor and residual independent institutions exist, the discharge is fast and resolves to a new incumbent within a short period; where the removal eliminates the field's scaffolding and little endogenous independence survives, the system enters a prolonged undifferentiated state that persists until endogenous structure re-accretes, with civilisational collapse as the limiting case. The Discharge Duration Principle holds across every kind of Anchoring Object (person, sacred object, external power, system of governance) and is therefore scale-invariant and Object-kind-invariant, the controlling variable being surviving Buffer Independence rather than the kind, scale, or agency of the removed Object.

Dignity is the baseline claim each person has not to have their A used as leverage, their I treated as mere instrument, or their M weaponised against them, regardless of their status, wealth, or conformity.

A component of the AIM motivational architecture (Appetites, Intrinsic Motivation, or Mimetic Desire) specified at the level of its behavioural outputs and association dynamics rather than at the level of its neural substrate. The separate identifiability of Disaggregation Primitives is a property of observable behaviour and associational regularity, not a claim about neural-module separability or substrate-level decomposition. AIM's derivations, diagnostic procedures, and interventions operate at the level at which the Primitives are separately identifiable, which is sufficient for the framework's purposes and leaves the underlying neural complexity unclaimed. The Primitives' functional specifications (per the Minimal Architecture Specification) are statements about what each Primitive does at the reading-surface level, not about how the supporting neural systems are organised.

**Disciplinary Boundaries are the institutional and epistemic demarcations between academic fields that prevent cross-disciplinary synthesis of the kind required to identify Mimetic Desire, because the question "which of my desires are authentically mine and which were transmitted from others?" falls between every established discipline, too philosophical for neuroscience, too empirical for philosophy, too psychological for economics, too economic for psychology. Layer 5 of the Camouflage Architecture.

**Disciplinary Priors are the foundational assumptions within each academic discipline that independently block recognition of Mimetic Desire as a distinct motivational source, economics assumes preference exogeneity (preferences are given, not to be explained); psychology assumes introspective reliability (subjects can accurately report their motivations); philosophy assumes autonomous selfhood (desires originate within the individual); law assumes individual intentionality (actions reflect deliberate choice); religion assumes volitional corrective capacity (moral effort can overcome covetousness). These priors interlocked into a self-reinforcing structure where questioning any single prior required simultaneously questioning all others. Layer 4 of the Camouflage Architecture.

Disciplinary Pseudoscience is the condition in which a scientific discipline operates its empirical method within a framework whose philosophical priors (epistemological, metaphysical, ethical, logical) have been excluded from scrutiny by the discipline's professional conventions, such that the discipline's outputs, while produced by competent application of its internal methodology, are of unknown validity because the priors upon which their validity depends are not subjected to examination by any actor with institutional authority to revise them. The condition is stabilised by the modern professional segregation of philosophy from the scientific disciplines, under which prior-examination is coded as philosophy and disqualified from the discipline's category of legitimate activity, leaving the priors operative but unexamined and the discipline structurally unable to correct them from within.

Displaced Correction is the condition in which a Belief diverges from a live and accessible Referent and the cost physical reality imposes falls on Individuals other than the holder, so that no Evidence of the divergence reaches the Individual whose Belief it would revise. The Referent is neither absent nor out of reach: an access path exists and other Individuals are on it. What is displaced is the arrival of the correction, which lands on a different person, commonly at a later time, in another place, and under an attribution naming something else. A Belief in this condition cannot be corrected through contact with its own Referent, because the Evidence reaching the holder is not contact with the Referent, and it can be corrected only by another Individual supplying the Evidence the Referent is delivering elsewhere. This is why the Beliefs that protect a population against such divergences are held collectively rather than individually: a population that shares the Belief supplies the correction continuously and from every direction, before the cost falls on anyone. Distinction from Referent Inaccessibility. In Referent Inaccessibility no access path exists for anyone, the Referent being causally operative but unrepresentable within the available Hypothesis Space, and the remedy is the vocabulary that opens the path. In Displaced Correction the path exists, others are on it, and the holder is not. Distinction from Referent Abandonment. In Referent Abandonment the holder had access to the verdict and severed it. Under Displaced Correction no verdict ever arrives at the holder, so there is nothing for them to defy, and the sincerity of the Belief is undisturbed. Distinction from the Cost of a Belief. The Cost of a Belief is the expenditure required to maintain a Belief against the pressure to revise it, and its exported form is coercion applied to those who would challenge the holder, which is diagnostic of a Belief no live Referent governs. Displaced Correction concerns the consequence of acting on a Belief rather than the cost of holding it, and it is entirely compatible with a live Referent. A holder under Displaced Correction spends nothing maintaining the Belief, because nothing is pressing them to revise it.

Dissemination Precedence Principle is the principle that institutional reform toward AIM-aligned flourishing requires prior or concurrent population-level acquisition of AIM conceptual vocabulary through existing mimetic channels (prestige-biased learning, platform visibility, social proof), with the use of Preconscious Transmission to spread I-enabling content being strategically necessary rather than paradoxical, and with reform proposals that outpace conceptual dissemination being predictably experienced as elite imposition triggering mimetic resistance; the sequence must be: conceptual seeding → vocabulary diffusion → reform articulation → structural implementation.

Divergent-Path Pre-Loading is the second channel of the Pre-Loading Mode: the installation of a standing prior that down-weights the default evidential contribution of a Model's expressed Belief to the Individual's own updating. Mechanically it is a Coupling Strength reducer (it lowers the degree to which another's expressed Belief functions as endogenous evidence) and it is the within-Individual installation mechanism of Patch-competent Evidence intake: the network channel by which Patch-competent receivers attenuate the weight assigned to neighbours' emitted Evidence propositions, reducing the off-diagonal Evidence-coupling spectral radius, presupposes a standing prior at the receiver, and the Divergent-Path Prior is that prior. Its distinctive contribution is that it renders Epistemic Suspension non-adversarial: the Individual withholds adoption not by judging the speaker wrong but by acknowledging information-asymmetry (paths through information space differ, so the expressed Belief is evidence about the speaker's path, not directly about the Referent), which removes the implied-verdict cost that otherwise makes sustained suspension socially expensive. The channel is bounded by the Testimony Floor and, its Referent being partly exogenous, is durable but not self-locking (see Endogenous Stabilisation, asymmetry note).

The Divergent-Path Prior is the principal instance of Divergent-Path Pre-Loading: the standing prior that an expressed view is the output of that person's unique trajectory through information space and is therefore not, by default, truth-tracking or tagged to a real-world Referent; it is evidence about the speaker's path, and only derivatively, upon verification, evidence about the Referent. The prior does not assert that the speaker is wrong; it withholds the default promotion of expression into evidence. Expressed Beliefs earn evidential weight by decoherence against an accessible Referent (Truth-Tracked sources, disinterested testimony, measurement), and the prior leaves that earned weight untouched (Testimony Floor).

The Diversity Referent is the Named Result that human variation is itself a decohered Referent, so that any Belief carving that variation into natural kinds, or ranking the kinds it carves, is held against an available verdict and is Referent-abandoned, never Referent-free. The categories a culture draws across human variation are Heuristics, which no Individual can do without, and the Diversity Referent leaves them standing: what the Diversity Referent defeats is a category held prior to the Referent, as a natural kind or a rank. Descriptively, the distribution of human genetic endowments and of human Self-Models is non-modal, continuous, and Individual-specific: it has no modal type, no natural joins, and no peak that could serve as a kind-boundary. This is over-determined by two independent channels — the genetic-empirical channel, contingent and settled by data, and the Self-Model or trajectory channel, entailed by the architecture, since Bayesian updating along an unrepeatable Individual-specific path yields a distribution with no modal type. The load-bearing property is non-modality, continuity, and Individual-specificity, not cardinality: genomes are finite and human genetic diversity is modest for a large mammal, so the result does not rest on any unbounded or limitless profusion of forms. A distinct temporal axis reinforces the descriptive result in the race case: because human variation is distributed as gradients (gradual, boundaryless change across geography — a biologist's cline) whose axes for different traits do not coincide, and which shift as populations migrate and mix, no bounded group has ever preserved its own membership across time, so such a category is a high-Coupling-Strength construct read off its own instability rather than a Referent that holds still — the correct statement being not that today's groups differ from antiquity's, which concedes bounded groups existed, but that there were never kinds, only gradients, and the gradients move. Normatively, the wrongness of enforcing such a hierarchy does not follow from the descriptive fact alone; it follows from the established machinery that it is not legitimate to impose the maintenance Cost of a Boundary-Belief on those it excludes (Cost-Provenance Test, Boundary-Hardening Principle), with the descriptive result establishing only that the Referent is available and the kind-claim therefore abandoned. In scope, the Referent defeats kind-claims and ranking-claims but not distributional observations: that group means differ, that a trait is partly heritable, or that ancestry structure carries predictive information is left untouched, since none of these carves the variation into a superior and an inferior kind. A distributional observation is a reading of the Diversity Referent taken across the boundaries of a Heuristic and answerable to the Referent, never a Referent in its own right. Stated more broadly the result becomes a universal solvent and loses its discipline. The kind-claim recurs predictably, because the correlation between cultural boundaries and segments of the gradients of human variation is real and distributional, and it remains Referent-abandoned at each recurrence, because the conversion of that correlation into a kind is what the Referent defeats. The category so drawn is endogenous, its hardness being the coupling the exported Cost produces, while the Cost is exogenous, borne as measurable losses in the A-domain and the I-domain; a remedy that reads the category as perceived to locate the Cost and discharges the loss therefore softens the category rather than sustaining it, provided it does not police who belongs to it (Boundary-Hardening Principle). The result covers three cases, each retaining its own treatment: race, where the genetic channel is decisive and the Appetitive-Deficiency closure runs cleanly; sex and gender, where biological sex is distinguished from socially constituted gender and, where a dimension is bimodal, the defeat runs through the point that bimodality licenses no ranking rather than through non-modality, with gender-as-role over-determined by the trajectory channel; and neurodiversity, where establishing the Referent closes the Physical-Reality Channel and the I-channel but not the A-channel, because the parties sustaining the majority-and-minority frame are not uniformly the better-resourced party, so the eliminative three-source proof is not asserted as it is for race.

Doubt Generation is the primary mechanism by which the Knowledge Patch operates, producing a non-zero interference term in a Belief system that has decohered onto a dominant false prior (Hauthentic). Formally, doubt is the condition where the Individual's Belief state has non-zero amplitude on more than one Hypothesis direction simultaneously, which is the non-zero Interference Term. The Knowledge Patch generates doubt through high-likelihood-ratio signals: the Two-Question Diagnostic generates individual-level doubt by producing observations more probable under Hmimetic than under Hauthentic; Behavioural Signatures generate confirmatory doubt through longitudinal observation; the Presumption Against Scapegoating generates collective-level doubt by producing observations more probable under Hsystemic than under H_scapegoat. Without doubt, without a non-zero interference term, subspace expansion is inert: the new Hypothesis is available but cannot accumulate probability mass because the system is in a pure state.

Dual-Role Confabulation is the characteristic signature of scapegoat-attribution in which the target is simultaneously selected through prey-detection criteria (vulnerability, visibility, reciprocity-exemption (the target can be persecuted without triggering costly retaliation) and framed through predator-attribution (threatening, taking, blocking) the target is described as dangerous and causally responsible for deficits), producing a logically incoherent but psychologically functional narrative that permits targeting of vulnerable agents while experiencing the targeting as defensive response to threat.

A duty, in the framework's terms, is the correlative of a Right: the obligation, falling on whoever is best placed to discharge it, to secure the protected condition a Right names and to refrain from using control of that condition as leverage. Duties are distributed by a cascading structure rather than held uniformly, and like Rights they are derived rather than granted.

Canonical layer. The principle that a developing conflict, and the Confabulation Cascade underlying it, is arrested most cheaply and with the fullest prevention of A- and I-deprivation while the cascade is still subcritical, below the Subcriticality Threshold (P_c) and before Bayesian Lock-In. As the cascade compounds toward lock-in, and the system advances through crisis-space past the Calcification Threshold, the cost of arrest rises and its preventive effect falls non-linearly, until intervention can address only aftermath. Early identification therefore requires substrate disaggregation, determining whether the genuine stake is A-, I-, or M-dominant, since the corrective pathway differs by substrate.

The Easterlin Paradox is the empirical observation that within countries richer people report higher life satisfaction than poorer people, while across countries and across time rising GDP does not correlate with rising average life satisfaction, a cross-sectional / time-series mismatch which AIM explains as economies shifting from Appetitive-dominant growth (genuinely improving A-sufficiency) to Mimetic-dominant growth (inflating positional goods and Status competition) without corresponding investment in Intrinsic Infrastructure, causing wM to rise while wA stabilises and wI stagnates, producing higher GDP without gains in Freedom or Well-Being.

The Easterlin plateau is the empirical time-series pattern that, beyond a certain level, further GDP growth yields little or no gain in reported life satisfaction, which AIM explains as economies shifting from an A-dominated growth phase to M-dominated growth without commensurate investment in I.

Effective Coupling Strength is the realised coupling strength after content-distance and memory-decay adjustments, representing the actual degree of Belief coupling experienced by an Individual in a specific context at a specific time, as opposed to the raw Coupling Strength parameter which abstracts away these contextual modulations.

Effective Loop Gain ($Geff$). The Effective Loop Gain is the internal loop gain $G\equiv \text{kappaS}\cdot \beta \cdot \gamma \cdot {\sigma }^{\prime }(V^{\ast })$ reduced by the Knowledge Patch interception probability: $Geff=G\cdot (1-p(V,S))$. It is the fast-layer component of the Joint Loop Gain $Gjoint$ defined in Section A.5.6.

The Eliminative Structure of Crime is the corollary that, because the Three-Source Taxonomy partitions all motivation into Appetites, Intrinsic Motivation, and Mimetic Desire with no fourth source (Axiom 1), harmful acts admit an exhaustive eliminative partition: securing A-floors closes the Appetite-driven branch (the act has nothing left to secure), securing the materials, instruments, and protected space for Intrinsic pursuit closes the Intrinsic-driven branch (the process-rewarding, self-regulating I-channel generates engagement, not harm), and the residue that survives is necessarily Mimetic, harm driven by a positional Object, which is the supercritical Conflict loop the framework already derives. The corollary reframes the two remedies: Cascading Support eliminates the A-driven and I-driven branches at their source by securing those two sources, and Cascading Consequences addresses only the Mimetic residue, which is why its instruments are lever-targeting and floor-preserving rather than restorative. The residue narrows further by the Non-Malice Corollary and network position: motiveless premeditated harm requires a node with secured A and engaged I, no positional Object, and no loaded loop, which is both motivationally sourceless under the partition and positionally isolated in the network, and this isolated residue is the genuine case for which incapacitation is reserved. Plain language. All wanting comes from just three sources, the body's needs, genuine interest, and status competition. So harmful acts have to come from one of those three too. If you make sure everyone's basic needs are met, nobody has to steal to survive, that branch is gone. If you make sure everyone has the tools, materials, and space to do things they find genuinely absorbing, the genuine-interest branch produces engagement, not harm, that branch is gone too. What is left is harm driven by status and rivalry, which is the runaway competition the framework already explains. This is why securing needs and meaningful activity is not just kind, it removes most of what we call crime at its root, leaving only the rivalry-driven residue and the rare, isolated case of someone who harms for no reason at all, which is the only case where simply containing the person is the answer.

The Emergent Parasitism Principle is the principle that the Mimetic Premium (PM) constitutes emergent parasitism in the technical rather than metaphorical sense, meeting four conditions: (1) Host Dependency, M cannot generate independent Objects; (2) Resource Extraction, PM \> 0 on all M-contaminated Objects; (3) Self-Amplification, compound interest, mimetic contagion, and reference-point escalation produce self-reinforcing growth; and (4) Host-Viability Constraint, extraction is bounded by host survival requirements, producing Parasitic Equilibrium → Parasitic Overshoot dynamics.

Emergent Systemic Dynamics refers to population-level outcomes (resource distributions, status hierarchies, access patterns, felt deficits) that arise from the aggregated operation of many Individuals' A-I-M motivated actions interacting through institutional structures, without any Individual or identifiable group having designed, intended, or controlled the aggregate outcome, and which therefore cannot be accurately attributed to agent-based causation despite the brain's architectural default toward such attribution.

The methodological commitment that AIM accepts the empirical findings of existing behavioural sciences (including economics, psychology, neuroscience, sociology, anthropology, political science, and law) as valid evidence requiring explanation rather than correction. AIM’s contribution is a new explanatory architecture (the three-source motivational structure, its integration mechanism, and the concealment architecture), not new data or the rejection of existing data.

**Endogenous-Evidence Condition. The architectural condition in which the evidence on which a population's Bayesian updating is performed is generated by the population itself rather than imported from outside, with the result that the evidence is causally entangled with the Beliefs being updated and the classical convergence theorems of Bayesian epistemology fail. *

Endogenous Feedback is the condition in which the Evidence an Individual or a population receives is shaped by the Beliefs under test, through what the holder attends to, seeks out, recalls, interprets, says and does, so that the Evidence is co-produced by the Prior rather than generated by the Referent, and updating on it reinforces the Prior whether or not the Prior is true. Explanation. Endogenous Feedback removes the second condition of the Washing-Out Principle, and it runs by three routes. Within an Individual it runs through recall, which returns the Individual's own Beliefs as Evidence. Between Individuals it runs through expression, each stated Belief arriving at others as Evidence. Through action it reaches the Referent itself: depositors' withdrawals make a solvent bank insolvent. An Individual who believes they are driven by achievement seeks achievement-shaped settings, reads ambiguous outcomes as achievement-relevant and remembers the successes, so the Evidence confirms the Belief whatever its Truth. Confabulation is Endogenous Feedback on Source Beliefs.

Endogenous Runaway Coupling is the supercritical κ band in which ρ(Koff) ≥ κc, such that Gtotal ≥ Gcrit^total and the network's own Evidence dynamics compel certainty-without-Truth convergence regardless of Referent Truth. This is the κ-side mirror of the Aesthetic regime's unbounded endogenous drift, but in truth-apt domains it produces fold collapse rather than drift: the Belief was about something real, yet the Evidence base became too endogenous for self-correction.

Endogenous Stabilisation is the property of Low-Salience Pre-Loading (proper to the Caught-Desire Prior) that, because the prior's Referent is the Individual's own motivational architecture (a Referent that exists and is continuously accessible) the prior is self-confirming and self-protecting, and tends under use toward a locked equilibrium regardless of adoption route. Self-confirming: each caught mimetic pull that passes without loss is an ordinary Bayesian confirmation event; the prior is true of the architecture, so use ratchets its posterior upward, and the repeated Ground-Resolution cycles that use supplies are the same cycles Belief-Register commitment requires. Self-protecting: the prior attenuates the Salience channel through which social proof would displace it. Lock condition: once held at high posterior and experienced as serving the Individual (freedom from manufactured felt deficit, reduced felt peer-pressure, undiminished Appetitive and Intrinsic flourishing), displacement would require the Individual to gain more from re-coupling to others' desires than from freedom from the deficit that coupling manufactures, and that trade runs the wrong way. In regime terms, the prior migrates itself into the Truth-Tracked Regime through use (real Referent, continuous contact, short and continually renewed Decoherence Time) rather than needing to be reasoned there at adoption. Asymmetry note: Endogenous Stabilisation does not extend to Divergent-Path Pre-Loading, whose Referent is partly exogenous (whether a given Model's Belief is truth-tracking is a fact about the world and the Model, not only the self); that channel is durable but not self-locking and requires its Testimony Floor to stay calibrated.

The Empathy-Mimesis Antagonism Principle states that unmanaged Mimetic Desire structurally prevents empathy from discharging its Intrinsic characteristic function, the registration of another Individual's state and the restoration of their access, by converting it into Pseudo-Empathy, which functions as targeting permission for scapegoat operations. Empathy is itself Intrinsic and is not mimetic: the conversion happens downstream of the care, when the Individual asks why the other is suffering and the Information Gap Principle applies, the Agent-Based Causal Default supplying a responsible party because systemic answers require reasoning the threat-detection systems cannot perform. Empathy and that attribution fuse into one state, and the fused product supplies moral licence, a coalition signal, and intensity that rises with the compassion felt. The conversion is conditional on three things: an operating Information Gap, elevated M-salience, and an available categorical boundary between sufferer and accused. I-Override is therefore a necessary condition for empathy to achieve what it is for.

Entanglement is the reciprocal co-determination of valuations between Individuals wherever wM is non-zero, which makes desires relational rather than independent. Each Individual functions simultaneously as Model and as imitator in ongoing cycles, rendering the partition between autonomous preference and socially transmitted value empirically intractable and situation-dependent.

Entertainment is the reception relation between an Individual and an Object holding under two joint conditions. First, the Individual occupies the reception position rather than the production position with respect to the Object in the sense of the Salience-Emission Asymmetry: the Object's content reaches the Individual's Observer as read field content, rather than either constituting the Individual's own executed action or being engaged as a constituent step in an output the Individual will themselves emit. Second, the Object performs no A-repair, so that the valuation it draws is composed of I-engagement and Mimetic reception alone; an Object that simulates A-signal without any deficit being present or repaired satisfies this condition, because the simulation is received content rather than deficit-repair. Where both hold, the Object supplies the Thinker with unresolved structure, which is the activation condition of Ground-Resolution and whose felt signature is Curiosity, and supplies the Observer with Salient content in which the Individual's own comparative position is not at stake. Neither channel requires that the content be agent-based or that it arrive by any particular modality: the Observer's baseline function is the reading of a field and the attachment of signed Salience to the Objects in it, of which the reading of other agents' valuations is the special case, and the Thinker's activation condition is unresolved structure of any kind. An Object may therefore stand in the Entertainment relation through perceived non-agent content, as a piece of music does through harmonic and rhythmic structure; through perceived agent content, as a drama or a contest does; or through content the Thinker constructs, as narrative does, where the perceptual input is symbolic and the Objects engaged, agents among them, are assembled by the generative operation from that input together with the Memory Store and carried at whatever posterior Ground-Resolution assigns them, which for constructed content is not bounded away from Belief. In the constructed case the relation is bounded by the Memory Store on the same terms Imagination is: a narrative whose constituents the Individual cannot assemble is unavailable to them rather than merely difficult. Entertainment is a relation and not a class of Objects: under the Object-Source Non-Identity Principle no Object carries a fixed source-composition, so the same Object stands in the Entertainment relation to one Individual and not to another, and to the same Individual at one time and not at another.

The first limb of the Reciprocal Care Principle, holding that the Individual and a capable other are differently and only partly overlapping in the motivational evidence each can reach, so that neither has general epistemic privilege over the other: the Individual holds the audience-removal counterfactual on Intrinsic enjoyment, while the observer holds the externally legible behavioural signatures that introspection does not supply to the Individual and reads them unbound by the specific Confabulation that shapes the Individual's own account of the desire. Neither reads the AIM weights directly; both infer from behaviour, on channels that only partly overlap. Because the two readings are independent lines of inference toward the same source-composition, they can be triangulated against each other: convergence raises confidence, divergence localises probable Confabulation. See Reciprocal Care Principle. Explanation. When it comes to knowing why you want something, you and an outside observer each see only part of the picture, and neither sees all of it. You alone can run the private test "would I still enjoy this if no one were watching?"; the observer can see the outward behavioural giveaways that looking inward does not show you, and they are not bound by the particular story you have told yourself. Because these are two independent angles on the same question, comparing them is useful: when they agree, you can be more confident; when they clash, the gap points to where your narrative is likely inaccurate.

The principle that, because the Decision Hub selects action on integrated Belief, the accuracy of that Belief governs the quality of the resulting action whatever the Belief concerns, so that epistemic competence, the calibration of Belief to evidence across the board, is a load-bearing civic value rather than a specialist concern, and epistemology and ethics do not merely bear on each other but fuse: acting on a miscalibrated Belief means optimising against a false model of one's actual situation, so that the epistemic failure and the ethical failure are one failure and the miscalibration is itself the origin of the harm. The principle is general in scope: motivational Source-misattribution is its sharpest instance, but it holds equally for Beliefs about causation of felt deficit (scapegoat attribution), for Beliefs held against a decohered Referent (Referent Abandonment), and for Beliefs about future outcomes (expectation calibration). It follows that improving a population's Belief accuracy is not preliminary to ethical improvement but constitutive of it. Epistemic Status: Framework-Specific Principle. Synthesis of the Referent Primacy Principle (Belief held against an established Referent is simply wrong), the Structural Determination Principle (intent and sincerity are irrelevant to harm), and the Relational Subcriticality Principle (system stability and individual well-being are one object). No new axioms required.

Epistemic Hygiene is the class of practices that maintain the conditions under which the Referent condition of a Belief can be determined and the Belief's certainty held accordingly. The end has two limbs, given by the Referent-governance axis of the Hardness–Referent Matrix. A claim a live Referent governs may be converged on. A claim whose Referent has been identified and defied, whose Referent has not been identified, or for which no Referent is constitutively available warrants Epistemic Suspension, and those three are most of what a population receives. The determination separating them is made by tracing provenance rather than by weighing content, a decohered Referent and its verdict being themselves matters of traced record. Practices in the class are discharged by whoever handles a claim in transit. Two of them fall on a structure deciding what a population sees: claims are passed on with their origins intact, to the greatest degree the conditions of handling permit, so the determination can be made and remade by anyone downstream; and corrections are delivered to those who received a claim whose Referent condition has changed, within the interval in which they can still act on it. The standard is what the handler can achieve where the handler stands, a claim arriving already stripped being passed on as one of unknown provenance rather than repaired; and practicability is a fact about conditions rather than about willingness, so a structure that arranges conditions in which provenance cannot be preserved has manufactured the impracticability it pleads. The Presumption Against Scapegoating is an instance discharged by an Individual rather than by a structure. A practice in the class acts before the harm rather than after it, and its failure falls on those who act on the claim rather than on the party who transmitted it. Epistemic Hygiene is the class of practices standing against Referent Blindness. Derived at Chapter 20, Section 20.4.5. Distinction from the Provenance Rule and Epistemic Suspension. The Provenance Rule and Epistemic Suspension both govern the recipient: the Rule holds a received Belief below certainty until its provenance is traced, and Epistemic Suspension is the capacity to rest there. Epistemic Hygiene governs the handler, and it is what makes both dischargeable. A claim stripped of its origins in transit can be traced by no recipient however disciplined, and a recipient who cannot tell which claims warrant suspension must suspend on all of them or on none.

Epistemic Suspension is the cognitive capacity to tolerate "I don't know" (i.e. doubt) as a stable closure state when faced with Information Gaps, resisting the architectural pressure toward immediate Confabulation by accepting uncertainty as a viable response that satisfies the demand for cognitive closure while leaving the actual causal question open for investigation.

Epistemic Suspension Capacity is the acquired cognitive skill of tolerating uncertainty in any domain when true answers exceed available evidence or computational tractability, treating "I don't know" as sufficient closure for the time being rather than an emergency requiring immediate narrative generation, thereby preventing the installation of confabulated priors that would compound across domains and produce lock-in toward the Individual Fixed Point, while simultaneously preserving open questions as genuine frontiers for I-engagement through curiosity and mastery-seeking.

AIM-defined equality is equality of motivational conditions (guaranteed A-floors, real access to I-domains, and bounded M in key procedures) rather than equality of bundles or matching positions on status ladders.

Evidence is the input to Bayesian Updating on which the Posterior is conditioned, denoted E in the canonical form P(H | E) ∝ P(E | H) · P(H). Within the AIM Framework, Evidence is explicitly disambiguated into four senses, which are not interchangeable and which must be named when a derivation turns on the kind of input in play: (a) First-order Evidence. Observable states of the world, including behavioural evidence. This is the form of Evidence exploited by the Knowledge Patch’s Two-Question Diagnostic and the Three-Test Battery, because behaviour is externally observable and therefore routable around Source Opacity. (b) Coupling-mediated social Evidence. Signals whose amplitude is modulated by the Individual’s coupling strength κ to social consensus (for instance, prestige-biased reports, social-proof cascades, and Model-transmitted valuations). Because κ determines how strongly these signals are weighted in the updating cycle, coupling-mediated Evidence can drive Confabulation Cascades under high-κ conditions even when first-order Evidence is absent or contrary. (c) Introspective output. The phenomenal reports of Conscious Cognition itself. Under Source Opacity and the Sincerity Guarantee, introspective output cannot serve as reliable first-order Evidence about motivational source, because the source-tags are destroyed during Common-Currency Integration before the introspective report is generated. It may still serve as first-order Evidence about other states (for instance, about the Individual’s current affect or the current contents of the Belief Register), but not about which of A, I, or M produced a given wanting-signal. (d) Integrated-valuation Evidence. The Decision Hub's tag-stripped Scalar, delivered inward to the Thinker on the same cycle in which it is delivered outward as action. It is the Evidence on which Ground-Resolution runs the source-attribution special case, and it enters Bayesian Updating on the same footing as (a) and (b), the rule at Axiom 8 indexing on neither the origin of an item nor its subject matter. It is distinct from (c): introspective output is what Conscious Cognition reports about a wanting, and this is the wanting arriving to be explained. What separates it from the other three is its content rather than its treatment, because Common-Currency Integration destroys the source decomposition before delivery, so the likelihood it supports is reconstructed from priors rather than recovered from the signal. The formal statement of the handoff is the Fast-to-Slow Coupling, whose first stage is the Scalar-to-Likelihood Lift.

Evidence at Iteration n (\$E_n\$) is the phenomenological experience of wanting-as interpreted by the narrative system, not the external Object-entering the Bayesian update process to revise Source Belief, where each Posterior becomes the Prior for interpreting the next iteration.

Evidence Probability, denoted P(E), is the marginal probability of observing a piece of Evidence across all Hypotheses in the Hypothesis Space, ${\sum }_{H^{\prime }\in \mathcal{H}}P(E\mid H^{\prime })P(H^{\prime })$, functioning as the normalising denominator in Bayes' theorem. In the motivational special case, Evidence Probability is the overall probability of observing a particular piece of evidence regardless of which Source Hypothesis is true, representing how likely the Individual would be to experience a particular want under any circumstances, whether it arose from Appetites, Intrinsic Motivation, or Mimetic Desire.

Evidence-Coupling Matrix ($K$). The Evidence-Coupling Matrix is the cross-Individual adjacency matrix $K=[\kappa ij]$ governing the strength with which Individual $j$'s emitted Evidence proposition $E{t}^j$ enters Individual $i$'s Belief Register, with $\kappa ij\ge 0$ for all $i,j$. The diagonal $\kappa ii=\kappa self$ is the Self-Coupling Permanence term, which is strictly positive and structurally irreducible. The off-diagonal block $Koff$ contains the interpersonal couplings, and its spectral radius $\rho (Koff)$ enters the network loop gain as $G{net}^K=\rho (Koff)\cdot \Vert \partial \ell /\partial E\Vert \cdot \beta \Vert \partial \mu /\partial b\Vert \cdot \overline{\omega (Tint)}$.

Evidence-Emission Coefficient ($\omega (Tint)$). The Evidence-Emission Coefficient is a bounded monotone-decreasing function of the Interference Term, governing the strength with which the maximum-posterior Hypothesis is emitted as Evidence from the slow Bayesian layer back to the fast valuation layer in Stage 3 of the fast-to-slow coupling map. Formally, the Evidence proposition emitted to the fast layer is $Et=\omega (Tint(bt))\cdot \arg \text{maxk}bt(Hk)$, where ${\omega }^{\prime }(Tint)<0$ and $\omega (T_{int})\in [0,1]$. The limiting regimes are: $\omega \to 1$ as the Belief Register decoheres to a single Hypothesis and the emitted Evidence approaches the Individual Fixed Point; $\omega \to 0$ as Epistemic Suspension is sustained and the Belief Register maintains maximal superposition across competing Hypotheses.

The mimetic architecture that evolved for collective hunting and predator avoidance, requiring rapid preconscious goal-copying and arousal propagation among group members facing external targets, persists unchanged in environments where external targets have diminished through apex predator status. As external targets diminished, the same computational systems increasingly processed internal targets, other humans, producing prey-substitution (Status rivals computed as prey to be displaced), predator-substitution (Status threats computed as predators, triggering survival-level urgency for non-survival situations), coordination-reversal (M-convergence producing competition rather than cooperation once it converges on scarce positional goods), and intensity amplification (internal rivalry intensifying beyond ancestral levels as computational bandwidth is freed).

The Exception-Handling Analogy is the reading of Confabulation through software exception handling, in which an untraced change elsewhere in a program that keeps raising an exception corresponds to the distributed causes no default completion reaches: the Mimetic Premium raising the cost of the A-Floor (the A-Floor Erosion Principle), and valuations passed between Individuals by Preconscious Transmission and compounding across a reference group as the Confabulation Cascade. The exception corresponds to the open question those causes produce, a felt lack or felt threat whose cause the Thinker's Hypothesis Space does not hold. The handler corresponds to the ground-attribution the Thinker's Ground-Resolution returns, agent-shaped where the Agent-Based Causal Default supplies the completion and agentless in the Intractability Confabulation, which satisfies the demand for Cognitive Closure and ends the search before a systemic candidate is built. In either shape the completion runs away from the Mimetic ground. Because the handler resets the loop without touching the untraced change, the exception recurs; because the handler's attribution is restated on every cycle and each restatement lowers the Interference Term, each run makes the correct diagnosis harder, which corresponds to technical debt (Type II Exclusion). The Exception-Handling Analogy licenses recognition of the pattern and not inference about its causes, and fails at three points: the handler has no author, the architecture keeps no stack trace of which source produced a valuation, and the Exception-Handling Analogy supplies no rate and no threshold.

The condition in which an Individual occupying an executive level of formal institutional authority is M-captured, that is, operating with an integrated valuation in which PM is the dominant component, and uses institutional levers to raise per-transaction PM-load and transaction frequency across the entire governed population. Executive M-Capture operates through five institutional channels: extraction-favourable regulation (reshaping the legal architecture to lower friction of extraction and raise friction of contribution); status-elevation of extraction pathways (directing state honours, media, and appointments toward extraction-derived figures); suppression of Knowledge Patch dissemination (restricting, defunding, or capturing the educational, journalistic, and academic channels through which AIM Vocabulary propagates); propaganda apparatus (institutionalising the Confabulation infrastructure to produce Reciprocity narratives at scale); and narrative-authority capture (the above-threshold counterpart to the Leadership Compression Principle, in which the executive's expressed Beliefs receive disproportionate Bayesian weight due to office-attached PM-valuation). Executive M-Capture is the principal accelerant of cumulative PM in human history and the principal mechanism by which long-build societies cross the supercriticality threshold within historically compressed timescales (years to decades rather than centuries). Institutional defences against Executive M-Capture, term limits, separation of powers, judicial independence, free press, antitrust enforcement against media concentration, civil-service protections, are the principal Subcriticality Maintenance mechanisms operating at the executive scale.

Exit Capacity is the third Crisis State Variable, measuring the degree to which Individuals can withdraw from M-intensive participation, status competitions, inflated markets, polarised identity groups, and the observation of a Reference Set for an interval long enough for the Reference Set's priors to release, without forfeiting access to A-sufficiency (food, shelter, healthcare, basic income) or I-opportunity (education, creative practice, meaningful work), such that high Exit Capacity indicates robust opt-out pathways and low Exit Capacity indicates structural lock-in where M-awareness alone cannot produce behavioural change. Exit Capacity measures how far the Opt-Out Paradox has run, and at the worst-off margin low Exit Capacity closes both routes: an Individual who exits falls below the A-Floor, and one who stays pays the Mimetic Premium out of the provision the A-Floor protects.

Exploitation is extracting disproportionate benefit from someone specifically because their A-precarity, I-suppression, or M-vulnerability prevents them from exercising I-led choice, whether those vulnerabilities are created, maintained, or merely used opportunistically.

A corollary to the Relative-Position Computation Principle. PM extraction is asymmetric in direction: a downward attribution (lowering another's computed position) extracts more Mimetic Premium per unit of effort than an upward attribution (raising one's own), by a factor Rdir > 1. Two independent grounds compound. (i) Channel-gain ground: lowering (whether of a Rival or the threat of being lowered oneself) is processed on the alarm channel (amygdala, anterior insula, dorsal anterior cingulate, with downstream hypothalamic engagement), which carries the Observer's negative-signed Salience, is felt under Phenomenological Collapse as threat to the body, and is higher-gain, slower-decaying, and rumination-prone; raising oneself is processed on the ordinary approach/reward channel, which decays normally. Hence a gain ratio gdn/gup > 1. (ii) Structural ground: relative position is a difference, so a single down-move widens the computed differential from the counterpart's end and registers additionally as a threat resolved, contributing a both-ends bonus ρ ≥ 0. The combined per-act extraction ratio is Rdir = (gdn/gup)(1 + ρ), which exceeds 1 wherever either ground is active. The two grounds are deliberately retained as separate multiplicative terms so the asymmetry survives the loss of either. Rdir is a per-act extraction ratio and is distinct from the internal loop gain G of Appendix A.5; it does not enter Gcrit. Empirical signature: real-world positional moves, the orthogonal launder, scapegoating, and elite reform-resistance are predominantly downward-directed (denigration of others) rather than self-elevating.

Fairness is the refusal to prefer one Individual's motivational claims over another's on the basis of who they are, their Status, or the Salience of their wanting. Fairness is not a refusal to prefer Appetites and Intrinsic Motivation over Mimetic Desire.

Six derivative restatements of the canonical axioms, introduced in Appendix A, Section A.2, to specify the fast valuation layer of the three-layer formalism in the way B1 through B3 specify the slow layer and N1 through N3 the network layer. M1 Behavioural Taxonomy Primary; Neural Mechanism Secondary (from Axiom 1): the three sources are distinguished first by their observable behavioural signatures. M2 Fast Perceptual-to-Goal Coupling (from Axiom 7): a fast mapping from observed Model behaviour to the internal mimetic signal $M(t)$, operating on subsecond timescales and preceding conscious access. M3 Common-Currency Integration (from Axiom 2): the Decision Hub computes $V(t)=wAA(t)+wII(t)+w_{M}M(t)$. M4 Status Feedback (from Axiom 5): realised valuation modulates environmental Salience $S(t)$, which feeds back into the mimetic input channel. M5a Source Opacity as Information-Theoretic Entailment of Integration (from Axioms 2 and 3): the integration discards source tags, by the Data Processing Inequality. M5b Differential Satiation (from Axiom 6): the three contributions have distinct satiation dynamics, and the M-contribution carries no self-terminating term.

The Fast-to-Slow Coupling is the formal specification of the handoff between the fast valuation layer (the three-node $M\to V\to S$ system operating on subsecond timescales) and the slow Bayesian layer (the Belief Register and Hypothesis Space operating on the timescale $\text{tauB}$). The coupling map $\Phi :(Vt,St,bt,\mathcal{H})\to Et$ delivers the Decision Hub's Scalar to Conscious Cognition as Evidence, which is then lifted to a likelihood over the representable Hypothesis Space (Stage 1), used to update the Belief Register by Bayes' rule (Stage 2), and emitted back to the fast layer as a weighted Evidence proposition (Stage 3), where the emission strength is governed by the Evidence-Emission Coefficient $\omega (Tint)$.

The identity holding that the aggregate expenditure a community makes on Conflict is not the price of its justice, its security, or its dispute resolution, but the measured cost of its failure to hold its interfaces sub-critical. The identity rests on a derived rather than adopted baseline: no expenditure on Conflict corrects an Appetitive or Intrinsic deficit that existed before the Conflict began or that would have existed had it never begun, and none carries any party past the position held before the interface crossed the Critical Loop Gain, so the optimum expenditure is nil and every unit above nil measures the extent to which prevention did not occur. The measure counts Conflict and not friction, reads the system rather than the parties, and is a lower bound, because Intrinsic suppression is welfare never generated and Trauma is not denominated. The figure falls legitimately only where the incidence falls; a reduction achieved by declining to adjudicate conceals the cost rather than removing it.

The Behavioural Signature of an Object wanted under Mimetic Desire (M): the Object is acquired, used briefly, and then kept unused while the occasions for using the Object continue. The wanting that drove the acquisition ends at possession, because Salience tracks an Object as pursued rather than as possessed. The use that follows is carried by the Object's novelty, through Curiosity, and ends when Boredom registers that the Object has nothing left to resolve, so the interval is the time the Object's novelty takes to be spent and varies with the Object. The Fallow Signature is distinguished from the continuing use of an Object that an Appetitive need or an Intrinsic process requires, which stays in use for as long as the need recurs or the process continues, and from the consumption of an Object used up in the process, whose wanting returns with the process for any equivalent unit. The Fallow Signature applies to every class of Object, roles and memberships included: where a membership was taken up to be seen as a member, the unseen part of the process lapses first and the membership is the last to be let go.

A Fault-Line Figure is the person-case specialisation of an Anchoring Object: an Individual whose accumulated Mimetic Premium is sufficiently high that they function as the primary comparative reference point for an entire political field, such that every other actor's Status position is partially computed through their orientation relative to the figure (support, opposition, analysis, neutrality), and the figure's removal would simultaneously destabilise every actor's Self-Model. The Fault-Line Figure generates PM for the entire field: supporters gain PM-from-alignment, opponents gain PM-from-opposition, and commentators gain PM-from-proximity, creating a distributed incentive to maintain polarisation in which no participant has a structural reason to eliminate the configuration. The Fault-Line Figure is the historically Salient and most frequently encountered instance of the Anchoring Object, but the underlying mechanism is Object-general: the same removal-branch discharge follows where the Anchoring Object is a sacred object, an external power, or a system of governance, none of which involves an Individual. Results stated for the Fault-Line Figure that depend only on the comparison-other function generalise without modification to the Anchoring Object.

The Field-Correction Obligation is the requirement, derived from the Relational Subcriticality Principle, that because a Harm deforms Self-Models across the whole field rather than transferring a quantity to a creditor, the field's own persistence condition requires the correction of every Self-Model the perturbation deformed, no node excluded. It runs inward from the community across the field, to the victim and dependants, to the helpers in expanding circles, and to the generating field of the act, the perpetrator and the enablers who loaded the loop, and to the field around the generating field. The obligation attaches to the deformation and not to anyone's intent, because the deformation is the same whatever produced it (the natural-death control), while the form correction takes at each node is calibrated to the forward risk that node carries and the share of the loop it loaded. A field cannot discharge the obligation by directing the perturbation onto a single node, which is the scapegoating direction the Justice movement dissolves; it discharges the obligation only by re-fitting every deformed node. Cascading Support is the obligation applied to the field deformed around the victim and to the field around the generating field, the dependants, households and communities anchored to those who produced the act; Cascading Consequences is the obligation applied to the generating field; the two run concurrently as one operation. Plain language. When a serious Harm happens, it does not just hurt one person and leave everyone else untouched. It damages the sense of self of everyone connected to it, the victim, the family, the people who step in to help, and even the wrongdoer and those who helped them. Because the community is one connected web, the only way it can repair itself is to mend every damaged part, not to dump all the damage onto one person and call that justice. Helping the victim's circle, supporting the wrongdoer's family, who did nothing, and correcting the wrongdoer's circle are parts of the same repair job, and they happen at the same time.

Canonical Definition. The Floor-Breach Ignition Corollary is the floor locus of the Dual-Locus Ignition Theorem: the result that there exists a unique critical depth of sustained Appetite deficit at the worst-off segment at which Mimetic amplification first outruns correction across the guarded range of collective Belief, so that the Subcriticality Condition fails and the collective crisis transition ignites from below without any leadership variable entering the condition. The mechanism is monotone: chronic deprivation downweights exogenous evidence (raising effective Coupling Strength) and drains the Belief Heterogeneity Buffer (removing the cross-Individual Belief variance from which its damping derives), both increasing in the depth of the deficit, and the operative quantity is the worst-off segment's deficit rather than the population mean's. The economic and revolutionary face of the resulting discharge is the floor-reasserting fold of Chapter 17, Section 17.5. Formal statement: Appendix A, A.5.8.7. Prose derivation: Chapter 13, Section 13.6.4.

Flow is the low-crowding limit of Observer-driven crowding-out of the Thinker's generative search: the state in which few observable valuing agents are present in the field, or the Observer is rendered low-Salience with respect to those present, so that the Observer's continuous sampling of the Belief Register and of the behaviour of observed agents falls toward its minimum and ceases to compete with Imagination's goal-directed search of the Hypothesis Space. Flow is not a distinct architectural state or a separate mechanism; it is the low-intensity end of the single continuous crowding-out process whose high-intensity end is dense Observer sampling of many Salient valuing agents. Its two signature features are one condition described on two channels: loss of self-consciousness is the minimum of Observer crowding on the self-as-observed-agent channel, and subjective time compression is the same minimum on the duration-tracking channel, because subjective duration tracks the density of registered agent-configuration events (the Observer's dominant input under the Configural Update-Rate Asymmetry), so that stream thinning and felt-time compressing are the same event. The enjoyment of flow is the joy in the doing at its most concentrated: each stage of the process closes its own deficit as the work proceeds, and with the Observer quiescent nothing competes with the liking those closures carry (Chapter 4, Section 4.3.2).

Fold Geometry names the bifurcation topology in which two fixed points of the fast valuation dynamical system (Appendix A), one stable and one unstable, approach each other as the internal loop gain G ≡ κS·β·γ·σ'(V) rises, collide at G = Gcrit, and annihilate, after which the system has no nearby equilibrium and jumps discontinuously to whichever distant attractor survives the collision: the inflated state where the low-V fixed point was the one annihilated, and the A-I functional baseline V ≈ wA·A + wI·I where the inflated fixed point was. Fold Geometry is the architecturally generic case for high-PM systems under M1 through M5b and is the mathematical structure underlying Saddle-Node Default. Canonical reference: Appendix A, §A.5.3.

Forced Quiescence is the suppression of visible mimetic dynamics through monopolistic control over every channel through which those dynamics would normally manifest. It is structurally distinct from Subcriticality: under Subcriticality, mimetic dynamics operate but are constrained by independent institutional friction; under Forced Quiescence, mimetic dynamics are not constrained but concealed. The system appears stable because the only Individual whose M-dynamics could trigger visible crisis, the dictator, has no domestic rivals against whom to escalate. Under Forced Quiescence, κ (Coupling Strength) approaches maximum because the system's entire evidence base is endogenous, and τ (Decoherence Time) is artificially extended because reality cannot intrude through the channels it would normally use. Errors accumulate across five channels: elite mimetic competition, Confabulation correction, institutional competence, A-floor independence, and I-domain access.

The Foundational-Entailment Distinction (FED) is the principle that the foundational text of a general theory is required to lay out generative principles and demonstrate their application across major output categories, but is not required to derive every particular instance within its scope, the theory's scope extends to all derivable instances, while the text need only demonstrate the derivation procedure on representative cases.

The Four Dimensions of M-Management are the institutional design levers through which societies can systematically damp destructive Mimetic escalation without attempting to eliminate M: (1) observability suppression, reducing gratuitous visibility and public comparison in high-M arenas; (2) A-sufficiency universalisation, securing broad A-floors so that status races do not threaten survival; (3) I-infrastructure protection, building and insulating I-domains and Intrinsic Infrastructure from status tournaments; and (4) opt-out preservation, ensuring live, non-punitive exit paths from high-M arenas so that Individuals can refuse mimetic games without forfeiting A-sufficiency or basic I-opportunity.

The architectural event in which a Hypothesis central to the Self-Model can no longer be sustained as a True Belief, either because the Hypothesis has been incontrovertibly disconfirmed or because a previously orthogonal Hypothesis (an H3 outside the prior representable Hypothesis Space $\mathcal{H}$) has entered the space and displaced the prior amplitude distribution, producing amplitude redistribution across the remaining $\mathcal{H}$ and opening the Therapeutic Window as the post-rupture interval of elevated receptivity to revision.

Freedom, in AIM terms, is the state in which intrinsic motivation can reliably lead action while appetites are adequately regulated and mimetic pressures are recognised and bounded, so that life choices are not dictated by deprivation or status panic (Normative Principle).

Friction Compounding Effect is the mutual reinforcement of the four buffering mechanisms (institutional friction, Belief heterogeneity, A-floor security, I-domain vitality) during stability periods, producing a self-reinforcing stability cycle; and the reverse phenomenon, cascading failure with buffer inversion, during collapse. The Friction Compounding Effect provides the buffer-level mechanism for the Seneca Asymmetry: independent operation during growth produces robust stability; coupled failure during collapse produces rapid disintegration.

Fun is the subjective phenomenology of active I-engagement: the experience of novelty (sensory, physical, cognitive, creative, or social) encountered during process-rewarding activity, produced by dopaminergic prediction-error signals that mark unfamiliar input as rewarding. Fun is present when novelty remains, challenge persists, and prediction errors are being generated. It is I's real-time feedback signal that the current activity is producing process-reward. Fun is the broader phenomenological counterpart of flow: where Flow (AIM sense) is the specific low-crowding limit at which Observer-driven crowding-out of the Thinker's generative search approaches its minimum, Fun encompasses the full range of positive I-engagement experience (including sensory exploration, playful experimentation, and curiosity-driven investigation), not only that peak low-crowding state.

The Gap Behaviour Test is the diagnostic test that reads the Lead of an Individual's engagement in a domain from what the Individual does during an interval in which recognition in that domain is absent: an I-led Individual continues the practice, and an M-led Individual lets it lapse or seeks an alternative audience.

GDPA, GDPI, and GDPM are aggregate measures decomposing total economic activity into the share predominantly driven by appetitive motives (A), intrinsic motives (I), and mimetic motives (M), obtained by aggregating good-level Price Shares across the economy, expenditure-weighted. The aggregation runs on the Price Shares rather than on the good-level AIM indices because GDP is a money total: what is being partitioned is expenditure, and sA, sI and sM are defined on the transaction. The good-level AIM index is the buyer-side companion measure, and approximates the shares only where a good's source-specific utilities are equal.

The GDP Source-Blindness Corollary is the corollary to the A-Default Confabulation Principle stating that any economic-measurement architecture denominated in Common Currency without source-decomposition at the per-transaction throughput rung of the Aggregation Gradient is structurally incapable of distinguishing A-output from PM-extraction on A-essentials, I-output from PM-extraction in the same sectors, or productive activity from parasitic extraction layered onto productive activity at that rung. Because the measure is source-blind at the rung at which it operates, and the discipline's A-default frames all monetary flow at that rung as A-provision plus a luxury residual, GDP and analogous per-transaction-throughput aggregates register PM-extraction as economic activity equivalent in kind to A-provision, with the consequence that headline aggregates can rise during periods of flourishing-erosion (housing crises, mental-health epidemics, rivalry-intensification on observability platforms) when the underlying source-composition is shifting from A-I-dominant to PM-dominant. The GDP Source-Blindness Corollary is qualified by the Aggregation-Concealment Independence Theorem and the Macro-Residue Visibility Principle, which establish that the source-decomposition becomes diagnosable at higher aggregation rungs through alternative population-scale statistics (markup concentration, A-Floor erosion indicators, Aggregate Net Mimetic Position divergence) even where per-transaction concealment is total.

The Goal Persistence Score (GPS) measures how stubbornly an AI system pursues instrumental strategies and subgoals even when blocked, constraints are imposed, or the original context changes.

The Governance Completeness Condition is the specification of what an adequate governance architecture must contain: it must gate the authority, convert the crisis geometry, and be read from outside. The three obligations are not substitutes for one another. The gate is an operation on the four capacities named in the apex ignition condition, and by the Time-Buying Principle it acts on the interval between a decision and its consequence while touching no coupling in the Internal Loop Gain, so it buys the interval and cannot convert the geometry. Conversion requires a Restoring Node, and by the Saddle-Node Default nothing else converts, but a node acts on the loop and cannot close a route into crisis that one Individual holding the four capacities can open whatever the loop is doing. And by Source Opacity the quantity requiring damping is not readable from within the system carrying it, so a structure discharging either of the first two obligations must have its own state read somewhere other than by itself, which makes the third a condition on the first two rather than an addition to them. What is complete is the obligation set and not any design satisfying it: the Governance Completeness Condition states what an adequate architecture must contain, and not that containing it is enough. Derived at Chapter 20, Section 20.2.

A Governed Band is the bounded operating condition a system occupies when a qualifying Restoring Node holds it below the Salience Ceiling at moderate gain and lag. The bound is supplied by the node's feedback rather than by the system running out of headroom: the slope of the valuation-to-salience mapping remains live at the operating point, margin to the fold is preserved, and the system returns along the path it came when the forcing falls. A Governed Band is the condition Institutional Buffering is directed at, and it is available only where the node satisfies Novelty, Closure and Sign, since attenuation of the existing couplings cannot produce it. It is distinguished from Saturation Hold by where the bound comes from, and the two are not distinguishable by whether the system appears to be escalating, because neither is.

A Grievance Belief is the Belief an Individual holds about a specific Individual-Object when the Agent-Type hypothesis for that Object in the Belief Register concentrates on its Predator and Rival coordinates: the Belief that the agent is taking, blocking, or threatening. It reaches that concentration by either of two routes. Ground-Resolution on a felt deficit whose Object the agent gates supplies one, under Source Opacity (Axiom 3), Confabulation (Axiom 4) and the Agent-Based Causal Default (Axiom 9). The other requires no deficit: the Agent-Type classifier updates on non-behavioural evidence, so presentation, group affiliation and proximity move the Predator weight directly, and the Predator and Prey coordinates update faster than the Collaborator and Rival coordinates that would redistribute weight away from them. A concentration sustained by restatement alone follows from the Self-Coupling term and the network Evidence-coupling, whose effect is set by the cycle count over which the incumbent hypothesis is restated rather than by the evidential weight of any single restatement. By either route the Grievance Belief is written to the Belief Register as a prior about that agent, where it conditions the Observer's read of the agent on every subsequent encounter and is re-emitted as Evidence on every cycle by the Self-Coupling term, so that it persists after any deficit that forced it has closed. Where the forcing is Rung Loss the deficit does not close, because what the fall leaves is a Salience reading against a comparison set that has not fallen rather than a deficit a consumption could correct, so the forcing is continuous for as long as the believed standing is held (Chapter 15, Section 15.10.2). The deficit is the forcing of a Grievance Belief and not its content: sustained Appetite deficit raises the likelihood force of every Grievance Belief a population entertains. It is distinguished from a Source Belief, the Individual's distribution over the source Hypotheses for their own want, which occupies a different subspace of the same Hypothesis Space and names no other Individual; and from the Belief-Conditioned Status Estimate, the signed selection variable that reads the agent as extractable or costly. Dual-Role Confabulation is the case in which a Grievance Belief's Predator framing coexists with a Prey selection. The kind-claim that licenses violence against a group is the Prey-selection limb of a Grievance Belief rather than a construct beside it: the ranking discounts the expected cost of acting, which is the cost limb of the Belief-Conditioned Status Estimate, while the Predator framing supplies the authorisation, so a Belief that licenses violence carries both limbs at once. The Grievance Belief is the Belief type on which Conflict (AIM sense) runs. It is the Belief under which the other party's conduct is read as threat, which is the unfavourable estimate that ignites the adversarial branch of the Interactional Confirmation Loop; a Grievance Belief supplies its own confirming evidence by whichever route is available, from the party at the gate, whose guarded or hostile response to being acted against is the conduct the Grievance Belief predicted, or, where that party is reciprocity-exempt and emits nothing, from co-holders, whose expressed Grievance Beliefs arrive as social proof; and by the Extraction-Direction Asymmetry that branch sits closer to its escalation threshold than the cooperative branch to its compounding one, terminating at the action thresholds of the possession layer. Other Belief types compound toward their Objects; none compounds against an agent. Content-Independence holds within the type and not across it. The Grievance Gateway (the Gateway) and the Three-Test Battery are tests applied to a Grievance Belief and to no other Belief. The type is fixed by structure. What makes a Belief a Grievance Belief is the target and the Predator-or-Rival framing. A felt deficit the target gates forces the Belief harder and faster and does not constitute it. The truth-value of a Grievance Belief, whether the attribution corresponds to what actually caused the deficit, and the certainty-value, how strongly the holder holds the Grievance Belief, are the two orthogonal dimensions of Truth-Value Orthogonality, and neither enters the type. An accurate grievance sincerely held, a false one sincerely held, and a narrative cynically deployed by a holder who assigns it no credence are therefore one type running one structure, differing only on axes the structure does not read. Certainty is not thereby inert, since cascade velocity is a function of certainty; what certainty does not do is determine which type of Belief is climbing. The Grievance Belief attaches to a party rather than a role, and its content may place the grievance at either end. What makes a Belief the type is that the holder reads the other party as taker or threat, not which party the holder takes to have been wronged. The type therefore covers the Individual who holds themselves aggrieved by the other; the Individual who is genuinely attacked and reads the attacker as the gate on their safety, whose Grievance Belief is accurate and who is the paradigm case of an accurate one rather than an exception to the type; and the Individual who believes the other is aggrieved at them and reads that grievance as a threat, whose Belief has the same structure though the wrong in its content sits at the holder's own end. The deficit need not be the holder's own. An Individual in whom the Intrinsic empathic signal registers another's deficit, and in whom that signal fuses with an agent-attribution for it, holds a Grievance Belief on the other's behalf; Pseudo-Empathy is that fusion, in which caring about the sufferer and knowing who did it arrive as one state and the care functions as targeting permission (Chapter 11, Section 11.20). This is the ordinary route by which a population none of whose members is personally deprived converges on a target, and it is what the Grievance Gateway's Origin Check screens. A Grievance Belief with no deficit behind it is within the type, and is the unanchored case. The Predator framing carries the authorisation on its own, and where no deficit, the holder's or a sufferer's, is traceable behind the concentration, restatement supplied it. This is what the Grievance Gateway's Origin Check is built to find, so the unanchored case is the most suspect member of the type rather than an exclusion from it, and what it lacks is deficit provenance rather than membership. What falls outside the type is a Belief carrying no Predator framing at all: a Y-dominant classification that licenses violation without the authorisation to act is a Stable Prey Classification. One Grievance Belief is sufficient, and the interface need not be loaded from both ends. A single Grievance Belief loads an interface and can carry it to discharge. The party at the gate need not hold one, need not respond in kind, and need not know that a grievance has been laid at their door. The Scapegoat is that case, and the Prey-selection criterion of reciprocity-exemption selects for a target who will not close the loop, so the one-sided configuration is not a limiting case but the shape the most destructive instances take. Where the second party does form a Grievance Belief, generated by the first party's conduct, the interface is loaded from both ends, and two accounts locked against each other is the configuration at which the Belief Heterogeneity Buffer inverts. Where both parties hold the type, the interface is loaded from both ends, and the moral asymmetry between them survives intact: an attacker and a defender hold the same type and do not thereby stand alike (Chapter 17, Section 17.15).

Grievance Gateway (Locked) is the pre-screening filter applied before the Three-Test Battery, requiring that any Grievance Belief first satisfy three checks: (1) Origin Check: whose Appetitive or Intrinsic deficit is this, and did it reach me by a traceable route or only as circulating account? (2) A-Check: does my body need the thing being denied? (3) I-Check: would I still care about this if nobody knew? Only grievances passing the Origin Check (Step 1) and at least one of the A-Check or I-Check (Steps 2/3) proceed to the Three-Test Battery. Grievances failing Step 1 are copied grievances, requiring Epistemic Suspension rather than agent-targeting.

A Grinding Interface is a social domain in which two or more Decision Hubs must interoperate but in which the interface geometry (rules, visibility, scarcity, Coupling Strength, Decoherence Time) is such that divergent Self-Models reliably produce friction rather than meshing.

The evaluative operation of Conscious Cognition, performed by the Thinker, which resolves whatever the Thinker is attending to into its best-supported explanation by redistributing probability mass across the Hypothesis Space according to the available evidence and the current interference term, under the rule stated at Axiom 8. Its subject matter is whatever Hypotheses the Thinker currently holds open: Hypotheses about the external world, about causal structure, about other Individuals' internal states (empathy), and about the source and object of the Individual's own valuations. Its evidence is whatever reaches the Thinker: perceptual and contextual evidence, information received from other Individuals, and the Decision Hub's tag-stripped Scalar, which is the whole of what reaches the Thinker from the Decision Hub. The Observer does not feed the Thinker. The Observer's Salience enters the Decision Hub as one signed contribution and reaches the Thinker only inside the integrated Scalar, with its source-tag destroyed. Ground-Resolution is recruited by the unresolved or the mispredicted rather than running on every cycle, and the felt presence of that recruitment is Curiosity. Imagination supplies the candidates over which Ground-Resolution redistributes. Its output is the posterior written to the Belief Register.

Guilt-Priming is the elevation of template activation caused by guilt signals generated by the moral-monitoring systems, such that templates describing behaviours connected to the guilt become highly activated and deploy with low evidential threshold when interpreting others' behaviour, regardless of whether the Individual consciously recognises the source of their guilt or the connection between their own behaviour and the deployed template.

Habit-timescale action-selection at the Decision Hub, driven by the cached-value (habit) store intrinsic to the Decision Hub itself, without a fresh Ground-Resolution cycle. The Decision Hub acts on this cached store directly; the store is built up and updated in place over repeated cycles rather than read live from the Belief Register through the Observer. A Habit is therefore not motivationally sourceless: the cached values it acts on are laid down by repeated cycles of fresh integration in a stable context, so the store is written by what the Individual has done and not by what the Thinker currently believes, and holds a value with no record of what produced it. The automaticity of Habit is a feature of its bypassing fresh Ground-Resolution, not of any bypassing of stored value. Habit runs automatically only where two conditions hold: the Decision Hub's cached-value store holds a value for the Object, and the current context matches closely enough that the Observer's live Salience flag does not diverge from the cached expectation. Where either condition fails, the automatic path is not available and a Ground-Resolution cycle is recruited. Where the cached store holds no value for the Object (an unfamiliar Object with no cached attribution), there is nothing for the Decision Hub to act on, so the Decision Hub cannot act by Habit and the Thinker must resolve the Object from scratch. Where a posterior exists but the context is novel or unusual (the Observer flags a mismatch between what the cached value predicted and what is actually present), the Habit still fires first on the current pass, because the automatic route is faster than deliberation, and the novelty then registers as the trigger that recruits the Thinker to run a Ground-Resolution cycle after the fact. That cycle revises the Belief Register through a Belief-Register Update, which the Observer reads on its next cycle; the Ground-Resolution cycle does not retune the cached store, which changes only as repeated cycles in the new context lay down new values. Novelty-driven recruitment is source-neutral: it gates the Observer channel as such and does not depend on whether the routed posterior is A-dominant, I-dominant, or M-dominant. Habits can be decoded by altering conditions and observing which motivational source reasserts itself: a Habit formed from A-dominant posteriors will seek functional substitutes when the habitual Object is removed; a Habit formed from M-dominant posteriors (confabulated or otherwise) will seek status-equivalent substitutes. Habit is not a fourth motivational source but sub-deliberative selection on the Decision Hub's own cached-value store, gated by whether the context is familiar enough to spare the Thinker a fresh Ground-Resolution cycle.

A Hard Falsehood is a Belief no live Referent governs, sustained at high Coupling Strength and long Decoherence Time by the export of its maintenance Cost onto those the Belief places outside its boundary, so that its hardness is manufactured rather than Referent-supplied and its decoherence is suppressed rather than paid. A Hard Falsehood arises in two Referent-conditions that share this dynamic but differ in corrective: the Referent-abandoned case, where a decohered Referent of traced provenance is available and defied, corrected by obeying that Referent under the positive limb of the Provenance Rule; and the Referent-free case, where no Referent has been identified, coupling having hardened around an un-run test, corrected by constructing the Induced-Decoherence Test to obtain the verdict that does not yet exist. Because its Cost is deferred rather than waived, a Hard Falsehood stores the violent fold formalised by the Boundary-Hardening Principle.

A Hard Truth is a Belief occupying the short-Decoherence-Time regime of the Decoherence Trichotomy, whose boundary is hard because a live, exogenous Referent governs it and reality re-imposes it continuously and at low cost to the enforcement mechanism, so that Coupling Strength is held low by constant reality-contact and the Cost of the Belief is borne by the world rather than by any excluded party. A Hard Truth stores no undischarged decoherence, because a Belief the world continuously confirms has no accumulating gap to release.

The Hardness–Referent Matrix is the classification of any Belief by crossing two axes: the hardness axis, being Coupling Strength and equivalently the Decoherence Time it sets, and the Referent-governance axis, being whether a live Referent governs the Belief (truth), whether a Referent was identified and its verdict defied (abandoned falsehood), whether no Referent was ever identified (Referent-free falsehood), or whether no Referent is constitutively available (the off-grid aesthetic regime). The crossing yields six positions: Hard Truth and Soft Truth on the truth side; Hard Falsehood and Soft Falsehood each in Referent-abandoned and Referent-free conditions on the falsehood side; and the aesthetic regime off the grid, where Decoherence Time is unbounded by constitution rather than by neglect and the Induced-Decoherence Test cannot be constructed. Each cell carries a distinct Cost-provenance signature and a distinct corrective, and the Matrix is the diagnostic instrument by which an Individual locates a Belief's regime and reads off the obligation and remedy that attach to it. Derived at Chapter 14, consolidating the Decoherence Trichotomy, Referent Abandonment, Coupling Strength, and the Bubble-and-Foam Model.

Harm is interference with an Individual’s motivational system that: 1. Damages appetitive satisfaction (A-harm); 2. Crowds out intrinsic engagement (I-harm); or 3. Weaponises mimetic dynamics against them (M-harm); thereby degrading the Individual’s capacity for Freedom as AIM defines it.

A Heuristic is a class of Object, Individual or event that the Thinker holds as a prior, together with the rule that answers a question about a case by the class the case is assigned to, so that a continuous and largely unobserved world is modelled in terms a serial Ground-Resolution can compute with. Heuristics are how an Individual makes a workable model of the world, and the term carries its sense in the psychology of judgement: an economical procedure that substitutes a question the Individual can answer for one the Individual cannot, usually effective and in error systematically and predictably. A Heuristic is maintained by the Thinker and revised only by Bayesian Updating, and a Heuristic acts faster than deliberation, because the Heuristic's classes are among the templates the Observer reads from the Belief Register and under which the Observer classifies the field into Objects. Every Heuristic is coarser than the Referent the Heuristic models. Most Heuristics are acquired and maintained on testimony, so Contactless Updating moves them, and each Heuristic sorts the Evidence that would test the Heuristic, so a Heuristic departs from its Referent unless the Individual holds the Referent prior to the Heuristic and not subordinate to the Heuristic. Held subordinate to the Referent, a Heuristic is a workable model; held prior to the Referent, the Heuristic becomes a claim that its classes are the world's own divisions, which an available decohered Referent defeats.

High-observability sectors are the industries, asset classes, or domains that occupy the most visible band to individuals the ambient information environment, and therefore absorb a disproportionate share of M-driven surplus regardless of their functional characteristics.

High-Theatre describes any environment, arena, procedure, or communication in which visibility, audience presence, and public comparison are structurally maximised, whether or not the visibility serves the task, the parties, or the observers, such that participation becomes a Status performance: it elevates wM, triggers Source Opacity, and drives participants toward Mimetic escalation regardless of any underlying Appetitive or Intrinsic justification. The arrangement is characteristically defended by an informational or accountability justification that the observability does not in fact deliver, and the defence is sincerely held, which is what makes the pattern stable rather than merely common. The same conditions operate at population scale: where an act is staged, its Mimetic component is available to every observer, the observers' responses become endogenous evidence for one another, and Coupling Strength within the observing population rises accordingly. The property is a design variable rather than a feature of the subject matter, since the same substantive act may be conducted with or without an audience.

High-Observability Goods are goods, services, and assets whose value is materially affected by being seen, known about, or comparable to others’ holdings, including: - Ownership claims in High-Observability Sectors themselves (controlling interests, visible equity positions, franchise rights, naming rights, media-salient board roles), where the payoff is disproportionately Mimetic because control or association with the sector functions as a status signal over and above any cashflow or functional utility; and - Classical positional goods as standard economics already recognises.

The Hopf Sub-Case names the non-generic bifurcation topology in the fast valuation dynamical system (Appendix A) in which a stable fixed point loses stability via a pair of complex conjugate eigenvalues crossing the imaginary axis, producing a sustained limit cycle (oscillation in M, V, S) rather than a jump to a distant attractor. The Hopf Sub-Case requires a restoring mechanism outside the three-node loop, either a fourth state variable acting against the loop, such as an institutional buffer, or the reversal of the sign of one of the loop's couplings, that supplies the damping the AIM architecture itself does not provide, because M5b commits to the structural absence of self-terminating negative feedback in the M-channel. Canonical reference: Appendix A, §A.5.3.

The Housing Exception Principle is the principle that housing is the universal Mimetic Premium (PM) carrier because it uniquely and simultaneously satisfies genuine Appetitive need (shelter is A-essential), enables I (privacy, space, the conditions of undistracted engagement), and functions as the primary visible wealth signal in most societies, creating a structural condition where Individuals cannot opt out of PM-contaminated markets to meet a non-negotiable A-need, making housing the sector where Concealment Infrastructure is thickest, Price Inflation Ratio is highest, and Exit Capacity is lowest. The satisfaction is continuous rather than episodic, and that is what makes the carrier universal. Most Appetitive goods satiate on consumption and the deficit returns, so the Object is re-acquired on a cycle. Housing does not run that cycle. It satisfies shelter, safety and thermoregulation for as long as it is held, and it supports the Thinker's processes, privacy, space, the conditions of undistracted engagement, on the same terms. An Object satisfying continuously is held rather than consumed, and an Object that is held is observable for the whole time it is held. Episodic goods carry Mimetic Premium while they are being acquired or displayed; housing carries Mimetic Premium without interruption, which is why it is the universal carrier and not merely a large one.

Housing PM Decomposition provides a concrete example of how PM components distribute across different purchaser profiles for the same Object. Example Housing PM Decomposition (Illustrative Calculation) House purchase price: \$800,000 | Component | Cash Buyer (with portfolio) | First-Home Buyer (80% LVR, 30yr @ 6%) | |--------------------------------------------------|-----------------------------|---------------------------------------| | PA (shelter, construction, land) | \$250,000 | \$250,000 | | PI (home office, workshop) | \$50,000 | \$50,000 | | PM(visible) (location, size beyond adequacy) | \$200,000 | \$200,000 | | PM(ownership) signal gained | +\$300,000 | +\$300,000 | | PM(portfolio) signal gained | +\$150,000 | \$0 | | PM(interest) extracted | \$0 | \$926,560 | | Net Mimetic Position | +\$150,000 | -\$626,560 | | Total cost over term | \$800,000 | \$1,726,560 |

The Humane Visibility Principle is the institutional design principle that information should be kept off-stage when publicising it would add needless status pain (M-driven harm) without improving fairness, choice quality, or accountability, operating as a mimetic management tool that asks not "does observation intrude on autonomy?" (which is the privacy question) but "does observability amplify mimetic comparison and rivalrous suffering beyond functional necessity?"

Hybrid Evidence Coupling is the intermediate κ band in which exogenous Referent Evidence and endogenous social Evidence jointly update the Belief, with ρ(Koff) in the subcritical mixed domain (operationally ~0.2–0.5 relative to κc) and fendo neither negligible nor dominant. Order effects are substantial (Chapter 14 §14.7.4 mixed domain) but the system remains below κc; classical probability breaks down for sequential evaluation while fold collapse is not yet structurally inevitable.

Humanisation Null Hypothesis (HNH). The Humanisation Null Hypothesis is the architectural result that the phenomenon conventionally labelled dehumanisation is not a subtraction from a prior humanised state but a reclassification within the species-general Agent-Type taxonomy (Predator, Prey, Collaborator, Rival), and that the conventional framing mislocates the architectural event because it presupposes a humanisation operation that was never performed. Moral consideration is not a binary output of the classifier but a four-profile output, with each Agent-Type carrying its own reciprocity structure and its own morally-loaded phenomenology: Collaborator classification generates reciprocity-of-cooperation, Rival classification generates reciprocity-of-contest, Predator classification generates reciprocity-of-threat-response, and Prey classification generates reciprocity-of-extraction. Reclassification across the four profiles produces the phenomenology conventionally described as dehumanisation because the moral content of one profile is typically incompatible with the moral content of another, not because moral consideration has been removed. No humanisation layer is stripped, because no humanisation layer was architecturally present. Framework-Specific Principle. Derived from the Individual-as-Object Principle, Axioms 2, 3, 9, SNPP, and the Agent-Type taxonomy.

Humour is Fun in which the open question closes in the episode that opens it: evidence the Individual's expected reading of an Object cannot accommodate, resolved by the Individual's own Imagination into a reading that fits everything already encountered, the evidence that set up the expectation included, where the integrated valuation of the resolved Object is positive. The resolution occurs in the Thinker's reading of the Object and does not revise the Belief Register. Whether the episode is felt as Humour is decided by the sign of the integrated valuation, to which the Body Manager and the Observer contribute whatever the Object carries apart from the joke, and Source Opacity leaves the Individual unable to tell which contribution decided it.

A Hypothesis is a candidate explanation or proposition that Conscious Cognition can represent and over which it can distribute probability: an element of the Hypothesis Space, constituted from the Individual's Knowledge (the contents of the Memory Store). A Hypothesis may concern any subject matter, the external world, causal structure, another Individual's internal state, a mathematical or logical claim, or the source and object of the Individual's own valuations. Hypotheses about the source of one's own valuation (whether a given wanting is A-, I-, or M-driven) are one subset, and the most consequential, because Source Opacity strips exactly the Evidence that would resolve them. A Hypothesis bears a Prior and, after Bayesian Updating on Evidence, a Posterior; it becomes a Belief when Ground-Resolution writes it to the Belief Register. A Hypothesis whose constituent Knowledge is absent from the Memory Store cannot be represented, and so lies outside the Hypothesis Space until that Knowledge is acquired.

The Hypothesis Space, denoted $\mathcal{H}$, is the set of candidate Hypotheses currently representable by an Individual’s Conscious Cognition, over which probability mass is distributed by Bayesian Updating and across which the generative operation (Imagination) constructs new candidates. $\mathcal{H}$ is not identical to the set of logically possible Hypotheses; it is the subset an Individual’s cognition can actually formulate and evaluate at a given time, bounded by conceptual vocabulary, acquired frameworks, and the current reach of the imaginative operation. Expansion of $\mathcal{H}$, whether endogenously through Imagination or exogenously through AIM Vocabulary Acquisition, is the architectural precondition for any truth-discovery in which the true generative Hypothesis H was previously absent from $\mathcal{H}$.

The I-Adequate Price is the component of an Object's total price equal to the additional cost, over the A-Functional Price, of quality sufficient to support genuine process-engagement. The I-Adequate Price is the second of the three components into which Price Decomposition separates any Object's total price, and the I-Adequate Price and the A-Functional Price are the two prices the Mimetic Premium parasitises at the economic level under Object Parasitism.

The derived consequence that, because the Observer has no upstream channel into the Thinker for its Salience output, and that output reaches the Thinker's ground-resolution function only after tag-stripping at the Decision Hub, the Thinker cannot use the Observer’s signal as independent evidence to correct its own priors about the Observer; correction must therefore be routed through the Thinker’s Hypothesis Space directly, which is the architectural basis for siting the Knowledge Patch in the Thinker. Follows from the Channel-Count Asymmetry and Source Opacity. The fast-layer formalisation is at Appendix A.5.9.

I-duties require individuals and institutions to structure roles and environments so that Intrinsic Motivation can lead where A is met and M is bounded.

I-Emergence is the process by which I-grounded motivational signals, previously suppressed in the Decision Hub by competing M-signals of higher integrated value, rise in relative weight during M-shock because the M-architecture's temporary incoherence removes the inflated M-contribution from the value comparison, allowing I-compatible Objects to achieve decision-relevant value for the first time. I-Emergence requires four conditions: A-sufficiency, retained I-capacity, environmental access to I-compatible activities, and (optimally but not necessarily) Knowledge Patch vocabulary to protect emerging I-engagement from M-re-contamination.

I-Override is the cognitive operation by which an Individual redirects a Mimetic signal from automatic Decision Hub processing to deliberative Intrinsic Motivation scrutiny, thereby inferring the source-attribution that integration destroyed, which routes around Source Opacity rather than restoring the source-tags, and transforming felt necessity into an analysable sensation with identifiable Mimetic origins that can be evaluated rather than merely acted upon. I-Override is available only once the Thinker has been recruited (Chapter 4, Section 4.4.3): until then action-selection runs automatically on habit and on the priors already held, and an inference completed after selection revises the Beliefs for the next selection rather than redirecting the one already made. I-Override is Ground-Resolution run deliberately on the source-attribution special case: the reasoner maintains a non-zero interference term (Epistemic Suspension), preserves or expands the representable Hypothesis Space $\mathcal{H}$ through AIM Vocabulary Acquisition to admit H_M and other structural alternatives, and resists collapse onto a single Hypothesis pending further evidence, thereby enabling Belief revision. I-Override is not a separate faculty and not a state of the engine distinct from ordinary evaluation. I-Override is the evaluative operation under a configuration, and it runs Imagination, because expanding $\mathcal{H}$ to admit the Mimetic Hypothesis is what the generative operation performs. The operation is one instance of a general capacity. I-Override is not a separate faculty added to the architecture. It is the same inference engine, described in Chapter 13, running on the widest hypothesis space available to the Individual and maintaining a non-zero interference term against narrative-closure decoherence and M-contaminated evidence weighting. Run on a restricted hypothesis space, that same engine produces Confabulation. This is why the two are not opposites, and why the Knowledge Patch operates by widening the space rather than by installing a new capability.

I-Override Capacity is the Individual’s context-dependent ability to successfully execute I-Override (to redirect Mimetic signals from automatic Decision Hub processing to deliberative Intrinsic Motivational scrutiny, inferring the source-attribution through manual Source-tagging before acting, routing around Source Opacity rather than restoring the destroyed tags) which varies with A-security, stress, cognitive load, training, conceptual vocabulary, and social support, and is therefore a proper target of institutional design and personal practice rather than a fixed trait.

I-Override Information Architecture refers to the specific informational constraints under which I-Override operates: Source Opacity destroys only the source-tags identifying which motivational channel (A, I, or M) generated each input to the Decision Hub, while all other information processed prior to integration (contextual cues, temporal sequence, behavioural history, environmental conditions, bodily states, and the content of the desire itself) remains accessible to conscious awareness. M-inputs face an additional constraint: because mimetic transmission occurs preconsciously within the Transmission Window, the acquisition event was never consciously registered, rendering M structurally undetectable through direct introspection even when other information remains available.

I-rights are entitlements to real scope for self-endorsed projects-autonomy, competence development, and meaningful relatedness-without systematic I-suppression.

The derived consequence that, under the Channel-Count Asymmetry, the Thinker (I) exerts disproportionate influence over the integrated value V, because it controls two of the three channels of direct input to the Decision Hub (its own ground-resolution input and the Thinker-conditioned Observer channel), against the Body Manager’s single independent channel. The result is derived from the control asymmetry, not posited as a weighting. The fast-layer formalisation is at Appendix A.5.9.

The derived consequence that, where the Thinker’s priors have been configured to discount the Body Manager’s deficits (for example the fast, the vigil, the ordeal, or a Glory-template reframing of bodily sacrifice as honour), the Body Manager’s single unshaped channel can be outvoted by the two Thinker-shaped channels at the Decision Hub, so that cultural configuration of the Thinker’s templates overrides bodily survival signalling. Follows from the Channel-Count Asymmetry. The fast-layer formalisation is at Appendix A.5.9.

I-Vacancy is the condition in which Mimetic monopolisation of the valuation field leaves Intrinsic Motivation no perceptible Object to lead, such that Intrinsic interests can be neither seen nor built until the Mimetic scaffold is cleared; it is a vacancy of conceptual access and cultivation, not of innate capacity.

Ignition Gain is the parameter α in the fast valuation system specified in Appendix A, denoting the coupling coefficient from observed Model goal signals m_obs(t) to the preconscious mimetic channel M(t). α reflects the efficiency of the perceptual-to-goal substrate identified in Axiom 7 (Preconscious Transmission). It is a structural property of human cognition, not an intervention parameter. α > 0 is a structural boundary condition of any Individual who perceives other Individuals.

Ignition Input is the exogenous input mobs(t) in the fast valuation system specified in Appendix A, denoting the stream of observed Model goal signals directed at a focal Object that reach an Individual's perceptual apparatus. mobs(t) is not a state variable and not a structural parameter; it is an input whose magnitude depends on the institutional, technological, and cultural environment the Individual occupies. It is modifiable through Class 1 interventions.

The Ignition-Release Asymmetry is the result that the loop ignites and releases at two different levels of forcing, and that the release level is the lower of the two. Where the loop capacity exceeds its critical value, the fast valuation system carries two resting states, one at the A-I functional baseline and one inflated above it, separated by an unstable boundary. Rising forcing carries the system from the low state to the inflated one at the ignition boundary; falling forcing returns it at the release boundary; and the two boundaries do not coincide. The reduction in forcing required to release an ignited system therefore exceeds the reduction that would have prevented its ignition, by the width of the interval over which both states exist, and that width grows as loop capacity rises. The state the system occupies is accordingly a function of the path it has taken and not of its present forcing alone, which is hysteresis. The inflated state is a resting state rather than a trajectory, so it persists under no further exogenous forcing, held by the loop's own Salience feedback and by the Belief Register through the Observer's templates; the acts it drives still draw on the Individual's energy envelope.

Imagination is the generative operation of Conscious Cognition, the operation by which a candidate Hypothesis is constructed from Knowledge held in the Memory Store and delivered into the representable Hypothesis Space $\mathcal{H}$. Imagination scores nothing; the first probability a constructed Hypothesis carries is one Ground-Resolution has assigned it. It is recruited by an open question, which may be presented or set. Where the Belief Register holds no posterior adequate to an Object, whether that Object is one the perceptual field supplies or one the Individual has assembled from the Memory Store and set as a question, or where the context diverges from what the stored posterior predicted, the absence of an adequate Hypothesis is itself the activation condition, and the search for one is what Imagination performs. Recruitment may be endogenous as well as exogenous. Its reach is bounded by the Memory Store, a Hypothesis whose constituent Knowledge is absent from the Memory Store cannot be assembled and is unavailable rather than improbable. Creative counterfactual engagement, where the constructed Hypothesis is not resolved against evidence and so carries no posterior at all, and the endogenous expansion of $\mathcal{H}$ that is the condition of possibility for truth-discovery are the same operation: Ground-Resolution carries no term for what a Hypothesis is about, so construction proceeds under one rule whether the assembled Hypothesis describes a state of affairs that can obtain or one that cannot. The two cases diverge downstream of the generative operation, in reach against the Memory Store bound, in how available the evidence bearing on them is, since Ground-Resolution scores on what reaches the Thinker and a Hypothesis whose disconfirming evidence is out of circulation is scored on whatever else reaches it, and in whether the search terminates by resolution or by Boredom. Without Imagination, $\mathcal{H}$ would be static and any Hypothesis not already in $\mathcal{H}$ would remain orthogonal indefinitely, making truth-discovery impossible in domains where the true generative Hypothesis is not supplied exogenously. AIM Vocabulary Acquisition is a socially-transmitted accelerant for the imaginative operation, supplying pre-formed candidate Hypotheses that the engine would otherwise have to construct from first principles.

The Imaginative Search Corollary is the consequence of the two-operation structure of Conscious Cognition that Imagination executes an expansion of the Hypothesis Space $\mathcal{H}$ which Ground-Resolution alone cannot achieve: Ground-Resolution redistributes probability mass across $\mathcal{H}$ as $\mathcal{H}$ stands, so a Hypothesis absent from $\mathcal{H}$ acquires no mass however much evidence arrives, whereas Imagination constructs candidate Hypotheses out of Knowledge held in the Memory Store and delivers them into $\mathcal{H}$, enabling truth-discovery in domains where the true explanatory Hypothesis was previously absent from $\mathcal{H}$. The expansion is bounded by the Memory Store rather than by $\mathcal{H}$: what Imagination can assemble is fixed by the Knowledge the Memory Store holds, so a Hypothesis whose constituent Knowledge has never been encountered is unavailable to construction as well as to updating. AIM Vocabulary Acquisition operates as the primary socially-transmitted accelerant of this corollary, supplying pre-formed candidate Hypotheses (Happetitive, Hintrinsic, H_mimetic) that the engine would otherwise have to generate from first principles.

The first limb of the Three-Test Battery: the identified Individuals must be literally and immediately blocking the Individual's access to a bodily need, right now. The terms are strict by design, and each blocks a route by which a diffuse deficit passes itself off as an acute one: temporal displacement, that they will eventually cause harm; metaphorical extension, that they are blocking symbolically; and speculative projection, that harm follows if the situation continues. What the Immediacy Test separates is acute Appetitive threat from diffuse felt deficit. A Grievance Belief that fails it is not thereby false, but it is not an emergency, and the response belongs to systemic analysis rather than to agent-targeting.

Incentive Salience is Kent Berridge's term for the dopamine-mediated motivational "wanting" system that drives approach behaviour, effort expenditure, and craving toward Objects, functioning independently of opioid-mediated hedonic "liking" (pleasure, satisfaction), such that wanting can intensify without corresponding increases in liking, enabling Mimetic Desire to produce intense urgency for status targets that provide minimal or declining hedonic satisfaction.

The named result (formal locus Appendix A.5.3, as a corollary to the Saddle-Node Default) that, because the AIM architecture supplies no restoring force against Mimetic Premium compounding, every measure that has ever damped a mimetic cascade in the historical record has been (a) external in origin, whether an Institutional Buffer added outside the loop or a prior-adjusting internal correction applied from outside the Individual, (b) incidental, never engineered against the M-loop because the loop had not been identified under the Camouflage Architecture, and instead indexed to a culture's Confabulated model of its own disorder, and (c) variable in strength across time and culture, drifting with the Confabulated rationale that sustains it rather than with the architectural quantity it damps. The principle spans two damping sites: external institutional buffering, which requires a fourth node with intrinsic negative feedback to convert the Fold, and internal damping by the Knowledge Patch, which attenuates the effective loop gain from within but cannot convert the Fold and is therefore insufficient alone. Neither site is sufficient on its own; they are complementary, and both have been unavailable in architecture-targeted form for the whole of the historical record.

An Indicator is what a population takes a system's state to be, carried in a published figure, an audited number or a measured outcome. That an Indicator is published or measured does not establish that it tracks the state it is taken to represent: the conditions under which an Indicator by which a governing body is assessed does so are those of the Admissible Indicator, and the failure class in which an Indicator recurs and responds while the represented quantities move beneath it is the Counterfeit Indicator.

An Individual is any entity whose behaviour is generated by an integrated motivational architecture in which Appetites (A), Intrinsic Motivation (I), and Mimetic Desire (M) are weighted and combined through a Decision Hub to produce choice, subject to Source Opacity (Axiom 3), Confabulation (Axiom 4), Differential Satiation (Axiom 6), and Preconscious Transmission (Axiom 7) at species-appropriate parameter values (including transmission-window latency, reference-set composition, and the range of I-compatible activities). The Individual is the unit at which AIM motivational phenomenology is specified.

The Individual Confabulation Cascade is the self-reinforcing intrapersonal loop whereby valid Bayesian updating on endogenously-generated evidence, the Individual's own confabulated narratives, treated as data by the updating system, produces directional drift of the Authenticity Belief P(H_authentic) toward 1, regardless of the actual motivational source, because each confabulated explanation is incorporated as evidence confirming the prior, producing a posterior that becomes the prior for the next cycle, generating monotonic convergence toward false certainty that one's desires are authentically A- or I-sourced.

Individual Fixed Point is the stable state of an Individual's Belief Register at which repeated Bayesian updating on endogenously generated or restricted-space Evidence has concentrated the Posterior on a single Hypothesis, so that the Evidence-Emission Coefficient approaches unity and incoming Evidence is interpreted through the incumbent Belief rather than displacing it. In the motivational special case, the Individual Fixed Point is the stable configuration of accumulated confabulations-about self, causation, expertise, and prediction-where the Individual's confidence has converged toward certainty, alternative interpretations have become unthinkable, and the structure has become immune to disconfirming evidence through mechanisms including filtering, reinterpretation, and defensive hostility toward challenges.

Individual Subcriticality is the maintenance of sufficient uncertainty about one's own self-narrative, causal models, expertise claims, and predictions to prevent lock-in to a fixed point where alternative interpretations become unthinkable-the personal-scale analogue to collective Subcriticality, which maintains sufficient doubt about scapegoat narratives across a population to prevent functional consensus on targeting.

Individual Subcriticality Principle is the principle that just as collective subcriticality requires maintaining sufficient doubt about scapegoat narratives across a population to prevent functional consensus on targeting, individual subcriticality requires maintaining sufficient doubt about one's own self-narrative, causal models, expertise claims, and predictions to prevent lock-in, with an Individual maintaining subcriticality when their confidence in these structures remains below the threshold at which alternative interpretations become unthinkable, and with Epistemic Suspension Capacity being the cognitive operation that maintains individual subcriticality by preventing confabulated self-explanations from installing as priors, thereby preserving the revisability of the self-model and the Individual's capacity to update Beliefs when better explanatory frameworks become available.

Individual-as-Object is the recognition that every Individual functions simultaneously as a valuing subject (whose Decision Hub generates Object-valuations) and as an Object of valuation (toward which other Individuals' Decision Hubs generate valuation and action-readiness). The valuation directed at an Individual-as-Object decomposes into A-component (functional contribution to the observer's needs, bounded by the observer's deficit state), I-component (contribution to the observer's genuine engagement and relational depth, bounded by functional adequacy), and PM-component (Status signal, network leverage, and positional advantage of association, with no terminus of its own). In any dyadic interaction, both parties assign valuations containing A, I, and PM components to each other. The net PM transfer is the differential between the two PM-components: the party who assigns more PM than they receive is the net PM payer; the party who receives more PM than they assign is the net PM extractor. The A and I differentials are functional, not parasitic. The aggregate Object-valuation received across all other Individuals constitutes the Individual-as-Object's Status, which decomposes into Status-A, Status-I, and Status-PM. The pathological dynamics identified in the AIM framework attach specifically to Status-PM.

The foundational ontology of Western social theory that treats the Individual as an autonomous agent: self-originating, self-knowing, preference-revealing, causally transparent, and analytically separable from social influence. Individualism rests on five interlocking empirical assumptions, each a claim about motivational architecture rather than a philosophical axiom: Preference Autonomy, that desires originate within the Individual and belong to that Individual as their own; Introspective Access, that Individuals can identify the sources and reasons for their desires through self-examination; Revealed Preference, that choices reliably reveal stable, pre-existing preferences that belong to the Individual; Rational Agency, that the Individual is the appropriate unit of causal explanation for their actions; and Separability, that Individual preferences can be cleanly partitioned from social influence for analytical purposes. The AIM Framework dissolves (rather than refutes) Individualism by demonstrating that the architecture it presupposes does not exist. Preconscious Transmission (Axiom 7) dissolves Preference Autonomy, because desire arrives within the Transmission Window before the Individual can gate it. Source Opacity (Axiom 3) and Confabulation (Axiom 4) dissolve Introspective Access, because the source decomposition is destroyed at integration and the report of it is generated after the fact. Source Opacity dissolves Revealed Preference, because a choice reveals the integrated Scalar and not its composition, and Entanglement dissolves it a second time, because the preference revealed was already partly constituted by the preferences of others. Preconscious Transmission and the Agent-Based Causal Default (Axiom 9) dissolve Rational Agency, because intention is partly constituted by inputs the Individual did not choose and the outcomes that matter are emergent rather than intended. Entanglement and Confabulation dissolve Separability, because the partition between endogenous preference and social influence corresponds to no distinction in the architecture.

The Induced-Decoherence Test is the criterion of adequacy for any model of a system in which the model is itself a coupled node, holding that the model's predictive fit through the system's high-Coupling-Strength, long-Decoherence-Time stable phase carries no information about the model's quality, because such fit is the expected output of the coupling and confirms only the endogeneity of the system; the model is corroborated only by its capacity to predict the conditions of the system's decoherence, the crisis at which Decoherence Time expires and the system transitions through the Critical-Coupling Fold, and the decisive examination is therefore the construction of a low-Coupling-Strength, short-Decoherence-Time environment in which the model's predicted collapse conditions are induced and observed. A model that predicts the induced collapse is corroborated; a model that fits the stable phase but fails to predict the induced collapse is incomplete and not fit for purpose; and a model for which no such environment can be constructed has had the endogeneity of its corroboration established by elimination. The Test is the experimental form of the Provenance Rule applied to a model rather than to a single Belief. Derived at Chapter 14, Section 14.10.4.1.

The Induced-Resolution Corollary is the derived result that, where a problem has been identified as sitting in the endogenous regime and one elects to resolve it, the better means is to induce the collapse of the prediction's superposition early, by acting on the world, rather than to predict the outcome and await its collapse; the corollary governs the choice of means once one elects to act, and does not impose a duty to resolve every open question at once. A system that acts early collapses on the short-Decoherence-Time regime, while the loop has accreted little, and the cost of having been wrong is bounded, whereas a system that predicts and waits permits the endogenous loop to run. The corollary also admits a parallel mode: rather than collapsing the whole superposition, the actor may isolate a smaller, representative component of the loop (most naturally a bounded sub-community) run an induced-decoherence test on that component while the larger loop continues, and use the resulting collapsed evidence to design the intervention against the larger loop before committing to it. The component must be representative enough that its collapse is informative about the whole, on pain of returning a clean verdict on the wrong question (its own Type I Exclusion). The parallel mode raises no prejudicial discrimination against the selected sub-community: the loop is already running on them, so the induced collapse reduces a cost they already bear rather than imposing a new one, and the focus of testing and intervention design places them first in line for the resulting intervention. The boundary is that the procedure collapses a dynamic already in place, never manufactures a new harm to study. In the limiting case, the collapse is itself the intervention: because contact with reality is what collapses an endogenous loop, identifying the problem as an endogenous loop and knowing how to induce its collapse is already sufficient to resolve it, and no separate downstream intervention need be designed. The parallel mode is reserved for the harder case, in which collapse is necessary but the intervention the collapsed state then requires is not known in advance; conducting the test at sub-community scale rather than population scale is what makes this case tractable, since a population-scale collapse with no ready remedy risks a full-scale crisis, and protects the larger community rather than disadvantaging it. First stated at Chapter 14 §14.8.5.

The Information Gap Principle is the principle that when Individuals experience A/I deficits whose true causes (preconscious mimetic transmission, diffuse institutional capture, Entanglement, lack of true causal information) exceed the computational tractability of available causal-inference systems, Confabulation defaults to agent-based causation ("and identifiable ‘someone’ is responsible") rather than systemic explanation, because human causal cognition is architecturally optimized for detecting agents (Predators, Prey, Rival, Collaborators) and does not spontaneously generate, as default explanatory completions, the distributed, preconscious, entangled processes or other lack of information that actually produce M-driven deficits; even I-led System 2 processing, when engaged under default closure-pressure, characteristically elaborates an agent-based Confabulation rather than an accurate structural diagnosis, because the agent-based candidate reaches Belief-fixation before a systemic Hypothesis has finished being built, so that structural diagnosis is rare rather than impossible, with the agent-based Confabulation serving the functional purpose of providing cognitive closure and actionable targets that allow downstream threat-response and social-coordination processes to operate.

The Information-Cascade Amplification Effect is the mechanism whereby PM-captured information infrastructure actively accelerates Confabulation Cascade convergence toward the criticality threshold (Pc), because editorial incentives optimised for M-engagement, rather than A-I function, produce systematically PM-inflated reference points that synchronise cascade direction across the population, with each cycle of PM-inflated reference-point propagation generating demand for further PM-captured information, creating a recursive amplification loop. At the network scale (Appendix A.5.7.5), the Information-Cascade Amplification Effect is the architectural consequence of the network-density dependence of the critical threshold: a denser graph of Evidence couplings has a larger spectral radius $\rho (Koff)$ at any given per-edge coupling weight, which carries the population toward the Critical Coupling Strength $\text{kappac}$ without moving it, and a denser graph of observation raises $\rho (\Lambda )$ and lowers the threshold itself, both without any change in per-Individual receptivity. The density dependence holds while the Thinker's intake budget is slack; where it binds, the spectral radius is fixed by the budget, and the Effect operates by capturing a larger share of that budget for PM-captured channels rather than by density as such (Appendix A.5.7.4).

Installation Carrier Neutrality is the derived result that the opening of the Minimum Installation Condition gate is invariant under the physical carrier and the sensory format in which the observation event reaches the Observer, because the gate is keyed to a decoded informational property (perception of another Individual exhibiting directional valence toward an Object) and not to the medium that conveys it. The carrier (the physical channel by which the event is transmitted, photons, pressure waves, electromagnetic signal, or any other) and the sensory format (the uncompressed visual, auditory, or other modality-specific configuration in which the event is presented) are both incidental to installation, provided the Observer's distinctive input stream resolves a valenced, goal-directed observation event. Installation Carrier Neutrality is a corollary of the Perceptual Primacy of the Observer, because the perception channel never had access to carrier-bound raw data but only to parsed, action-relevant events, carrier and format are incidental across the entire field, and the auditory command and the visual reach are architecturally identical inputs. It is also the input-side counterpart of Source Opacity, source-identity is irreversibly destroyed at and downstream of integration (proved via the Data Processing Inequality), whereas carrier-identity and format are immaterial upstream of the Decision Hub at the point the M-channel installs, the two results constituting the entry and exit information-theoretic boundaries of the M-channel. The result is not an additional axiom, it follows from the Observer specification and the Minimum Installation Condition, and it operates at the Disaggregation Primitive reading-surface level.

Institutional Brake describes institutional architectures functioning as independent friction on Bayesian cascade velocity, each imposing temporal delay and reducing cascade transmission probability through the implementation chain from leadership Decision Hub to collective action.

Canonical-definition layer: The network-scale restoring forces supplied by institutional arrangements that introduce damping into the coupled Belief-dynamics system at the population scale. The individual-level architecture of the framework contains no self-terminating feedback on the Mimetic channel (M5b Differential Satiation), no error-correction under Source Opacity (M5a), and a Concealment Infrastructure that accumulates monotonically until a forcing event produces collapse: in the absence of external restoring forces, the architecture therefore defaults to a discontinuous collapse when the Total Stability Condition is exceeded (the Saddle-Node Default). Institutional Buffering supplies, at the network scale, the damping the individual architecture withholds. Where buffering is sufficient in magnitude and correctly structured, the system's trajectory converts from a one-way collapse to a sustained cyclic regime from which within-episode recovery is architecturally possible. The arrangements usually proposed as buffers are constitutional checks, independent media norms, low-theatre dispute resolution and social insurance, and each qualifies as a candidate Restoring Node only insofar as it introduces a new dynamical variable acting on a coupling in the loop gain. Where it instead holds an existing coupling at a reduced level it shifts the operating point and extends Decoherence Time without altering the Saddle-Node terminus. The worked failures are at Novelty and Closure. The mathematics of the conversion is at Appendix A.5.7.6, which identifies a restoring node carrying intrinsic negative feedback as one of the three routes by which the bifurcation type can change; the necessary and sufficient spectral conditions on the augmented system remain to be established, and Appendix A.5.7.8 sets out what that requires.

Institutional Capture is the condition where a leader with appointment power who is themselves M-Captured systematically installs M-aligned personnel across judicial, military, administrative, and informational institutions, producing an institutional architecture that amplifies Mimetic escalation, suppresses corrective feedback, and compresses the temporal distance between individual M-shock and societal crisis, regardless of the institutional safeguards that existed prior to the capture sequence.

An Instrument is the arrangement by which a quantity is read from somewhere other than the thing carrying it. Because Source Opacity makes the quantity requiring damping unreadable from inside the Individual carrying it, a body that produces its own account of its own performance reproduces that arrangement one scale up, issuing an integrated report with the sources stripped about itself, and good faith does not repair this, because the defect is structural rather than motivational. The Instrument therefore precedes the authority: a structure that cannot be read from outside is not a governor but a high-authority actor whose conduct cannot be checked.

Intensity is the overall strength of motivational activation — how urgently the Decision Hub signals act now — independently of which sources are contributing to that activation. A low-intensity desire and a high-intensity compulsion can have identical Compositions while differing dramatically in felt urgency and behavioural compulsion.

The result that an artificial Proxy carries no exogenous, population-shared status markers; whatever status the Individual assigns to the artificial Proxy is constituted entirely within the interaction, read off the response itself rather than off an exogenous social position, and is idiosyncratic to that Individual rather than shared across a population. The principal channel by which human social proof raises Coupling Strength (prestige read exogenously and shared across a population) therefore does not operate on an artificial Proxy. This is the structural reason an artificial Proxy can be a low-coupling interlocutor in a way a prestigious human cannot: a human expert imports a population-shared prestige weighting that biases the Individual's update before any evidence is examined, while an artificial Proxy imports no such weighting. The result identifies the second condition of the Decoupling Interface. The condition fails only if an interface deliberately manufactures an exogenous status position for the artificial Proxy, which reintroduces the prestige channel artificially.

The Interactional Confirmation Loop is the Named Result that in a live encounter between two Individuals, each acting on a current estimate of the other, the conduct each observes is partly accommodation of the valuation the observer's own conduct signalled, so that in the measure that the evidence is accommodation it is downstream of the estimate it is taken to test and raises confidence without moving the estimate toward the truth. Because the coupling is symmetric, the confirmation is mutual: in the accommodation-dominant limit the encounter settles at a mutual-consistency equilibrium fixed by the two initial estimates rather than by either party's dispositions. The loop is valence-neutral, with a cooperative family of equilibria reached from favourable estimates and an adversarial family reached from an unfavourable estimate on even one side, and the conduct it elicits is inscribed in each party's Self-Model as evidence of competence at reading others.

The Interest-Only Threshold is the condition at which servicing the Mimetic Premium on Money alone consumes the whole of a population's generative capacity above subsistence, so that principal is never reduced, the Object borrowed for is never acquired, and every unit of surplus flows to the maintenance of claims rather than to their discharge.

The Interference Term is the non-classical component of the Belief-state’s probability distribution over the Hypothesis Space, quantified in the Hilbert-space formalism of the Confabulation Rationality Lemma as 2·√(P·P’)·cos(φ), which represents the residual coherence between competing Hypotheses that has not yet decohered to a classical mixture. A non-zero Interference Term is the mathematical form that architectural doubt takes within Conscious Cognition: it marks the degree to which the output has not yet collapsed to near-unity on a single Hypothesis and therefore remains revisable. Epistemic Suspension is the deliberate maintenance of a non-zero Interference Term against the decoherence pressure produced by closure-demand; decoherence to the Individual Fixed Point is defined as the Interference Term reaching zero with probability mass concentrated on a single Hypothesis.

Internal Loop Gain is the quantity G ≡ κS·β·γ·σ'(V) defined in Appendix A.5, being the product of the three couplings (plus the σ' slope at the operating point V) that form the closed cycle in the Jacobian of the fast valuation system: κS from S into M, β from M into V, and γσ' from V into S. G is the stability-determining quantity of the fast valuation layer. Below the critical threshold Gcrit the fixed point is stable; above Gcrit the fixed point is unstable and the system exhibits PM compounding and rivalry escalation. G is the target of Class 2 Interventions.

The Intractability Confabulation is the Confabulation form in which Ground-Resolution, closing on an Information Gap that exceeds the computational tractability of the available framework, returns the narrative that the phenomenon under study is too complex to be properly modelled, thereby discharging the explanatory demand without identifying any agent, while collapsing the prior on solvability to zero and installing a self-sustaining Bayesian Flywheel in which every subsequent explanatory failure is processed as further evidence for intractability (Axiom 8, Content-Agnostic Processing).

Intrinsic domains are protected spaces of life (education, creative work, relationships, civic and spiritual practice) where contexts are designed so that Intrinsic Motivation can reliably lead, with A secured and M deliberately bounded.

Intrinsic Infrastructure (I-infrastructure) consists of the material, institutional, and digital systems that make I-domains possible, buildings, funding rules, legal protections, and tools that lower the cost of I-pursuits and insulate them from A-coercion and toxic M-pressures.

The conscious-cognition channel of the AIM architecture, performing two architecturally inseparable functions: (a) continuous maintenance of the priors that make assessment, recognition, and resolution possible for the whole system, and (b) Bayesian updating on integrated valuations to resolve them into ground-attributions (A, I, or neither). I's prior-maintenance function stores and updates priors about A (phenomenological recognition templates, A-repair Object-classes, A-repair causal pathways), about I itself (which engagements deepen capacity, which Objects have been resolved as I-Objects, which domains the Individual has developed), about M (which Individuals count as Models, Reference Set composition, comparative-position templates, Model-valuation-tracking templates, and the Hypothesis that a given Salience may be M-tracking of comparative position), and about the Object field (the categorical vocabulary through which perceptual input is parsed into candidate Objects). I's Bayesian ground-resolution function takes tag-stripped integrated valuations from the Decision Hub and performs Bayesian updating over its Hypothesis Space to return a ground-attribution, which is fed back into the Decision Hub for action-initiation. I's Bayesian ground-resolution function is recruited only where the Belief Register cannot already resolve the situation, either because no committed posterior exists for the Object or because the context diverges from what the stored posterior predicted; novelty and prediction-mismatch are therefore I's activation condition, not incidental stimuli, and their felt signature is Curiosity. When resolution returns an I-ground, I sustains engagement with the Object as a self-sustaining process that deepens with engagement and terminates only through boredom (endogenous I-termination) or interruption, where boredom is the felt registration of the exhaustion of that activation condition. I is the architecturally unique locus of Confabulation (when its Hypothesis Space about M is impoverished) and of the Knowledge Patch (because all prior-maintenance is in I, and I's prior space is modifiable by diagnostic evidence and structural knowledge). This entry specifies Intrinsic Motivation (I) at the Disaggregation Primitive level per the Dashboard Gauge Principle. [Axiom 1: Three-Source Taxonomy]

The introspection illusion is the systematic error in which Individuals believe they have transparent conscious access to the causes of their own behaviour and motivations, when in fact conscious awareness is limited to post-integration outputs from the Decision Hub (the unified wanting signal) without access to the source decomposition, leading to confident but confabulated explanations that misattribute Mimetic sources to Appetitive necessity or Intrinsic values.

The Joint Stability Condition is $Gjoint=Geff+Gslow+Gcross<G{crit}^{joint}$, where $Geff$ is the Effective Loop Gain at the fast layer, $Gslow$ is the Slow-Layer Loop Gain from the Bayesian Belief dynamics, and $Gcross$ is the higher-order remainder of the cross-block coupling between the fast and slow layers, the leading cross-block product being carried by $Gslow$. The condition specifies the threshold below which the joint fast-slow system remains stable, generalising the fast-layer-only condition $G<Gcrit$ to the coupled system. The additive decomposition $Gjoint=Geff+Gslow+Gcross$ is a leading-order engineering heuristic for weakly coupled loops, with $Gslow$ carrying the leading cross-coupling product and $Gcross$ the corrections of higher order in the cross-coupling norms; the exact stability criterion is the largest real eigenvalue of the full coupled block-Jacobian (Appendix A, Section A.5.6).

The Jubilee is the correction that clears the accumulated stock of claims: a general settlement in which every outstanding debt instrument is discharged in full by the currency-issuer — the whole of the remaining stream, over the life of every instrument — so that every creditor receives everything owed and every debtor is released, executed under an operating M-Tax and observability governance.

The Jubilee Theorem is the result that neither the M-Tax nor the Jubilee corrects a claims-saturated economy alone, and that their conjunction does, executed once. The M-Tax, holding the re-lent portion of Interest at the critical fraction, freezes an accumulated stock of claims where it stands; below the critical fraction it corrects only on the timescale of generations; and where accumulated claims depress generative capacity there is a band of serviceable positions from which no admissible restraint prevents the crossing of the Interest-Only Threshold. The Jubilee, executed with the re-lent portion unbounded, re-crosses the same threshold in finite time, on a schedule that shortens as the clearance is less complete. Clearance under a standing M-Tax leaves the cleared state permanently safe: the Jubilee removes the accumulated stock that defeats the M-Tax, and the M-Tax removes the drift that refilled every clearance executed without it.

AIM-defined justice is a justice architecture that diagnoses harm in terms of damage to appetites and intrinsic agency plus mimetic escalation, and responds by restoring A, re-enabling or compensating I, and damping destructive M, instead of mirroring harm through symmetric suffering.

Knowledge is the body of information an Individual has stored and can draw upon in forming or testing a Hypothesis: the content held in the Memory Store. Knowledge is inclusive and non-committal. It comprises everything retained, facts, propositions, fragments, procedures, and models, whether or not the Individual currently believes it, has evaluated it, or it is true. To know something in this sense is to have it in store and available to think with; it is not to endorse it (that is Belief) and not for it to correspond to the world (that bears on Truth). Because the Hypothesis Space is constituted from stored Knowledge, a Hypothesis whose constituent Knowledge the Individual does not hold lies outside the Hypothesis Space and cannot be formed until that Knowledge is acquired.

The Knowledge Patch is the compensatory cognitive-institutional mechanism, comprising seven functionally distinct operations organised into three tiers (Chapter 18): Tier 1, the indispensable within-Individual core (AIM Vocabulary Acquisition, the Two-Question Diagnostic, Epistemic Suspension, and Behavioural Signatures); Tier 2, the interpersonal and collective extensions (the Presumption Against Scapegoating with the Grievance Gateway and Three-Test Battery, the Third-Person Status Diagnostic, the Push-Pull Obligation Principle, the Normality Fiction Breaker, and the Reciprocal Care Principle); and Tier 3, the institutional and network levers, which routes around (rather than eliminates) Source Opacity, Confabulation, and Bayesian Lock-In by supplying behavioural proxies for the introspective access that the architectural conditions deny. The Patch does not reduce any of the five channel parameters of the Total Stability Condition by itself; it opens the access pathway through which the other four channel reductions become operative at the Individual scale and the fifth becomes recognisable at the institutional scale. Institutional analogue (monetary integration). Price disaggregation into PA, PI, and PM (Chapter 19, Section 19.13.8) is the parallel at market scale: like the Knowledge Patch for the Decision Hub, it does not recover compositional information from the integrated Scalar that monetary common-currency integration has destroyed; it reconstructs composition through measurement, reporting, and behavioural evidence. Access-pathway function is captured by the intravenous-line analogy: the Patch cures no architectural condition but opens the route by which the treatment enumerated in Appendix A.5.7.7 can be administered. Necessary but not sufficient for Subcriticality Maintenance; prerequisite for all five channels of the Knowledge Patch footprint. The full formal footprint of the Knowledge Patch extends across five architecturally distinct channels: (1) the I-Override gate, reducing the fast-layer effective loop gain (Geff); (2) AIM Vocabulary Acquisition, reducing the slow-layer loop gain (Gslow) by enlarging the Hypothesis Space to include the Mimetic source as a representable Hypothesis; (3) Epistemic Suspension, reducing the slow-layer loop gain (Gslow) by maintaining a non-zero Interference Term; (4) Patch-competent Evidence intake, reducing the network Evidence-coupling gain (Gnet^K); and (5) Observability Governance, reducing the network Observability gain (Gnet^Λ). Channels 1 through 3 constitute the within-Individual footprint. Channels 4 and 5 constitute the network-scale footprint. Together they address every additive component of the Total Stability Condition. The correspondence between the five Patch channels and the five gain components of Gtotal is the content of the Symmetry of Crisis and Prevention. See Appendix A.5.7.7 for the formal derivation of the five-channel footprint and Appendix A.5.7.4 for the Total Stability Condition. Formal placement and architectural role. The Knowledge Patch is the framework's canonical Delivery-Pathway Intervention. Formally, once the access pathway is open, the Patch operates as a Class 2 Intervention on β, introducing an I-Override gate between the Decision Hub's integrated value V(t) and motor output and rendering operative the reduction of the effective Decision Hub weight on M from β to βeff = β·(1 − p(V, S)), where p is the Patch-Interception Probability. The Patch's full formal footprint, specified in Appendix A.6.4, A.5.6, and A.5.7, comprises five architecturally distinct channels that the access pathway renders operative: (1) at the fast layer within Individual, the I-Override gate interception reduces $Geff=G(1-p(V,S))$; (2) at the slow layer within Individual, AIM Vocabulary Acquisition enlarges the Hypothesis Space $\mathcal{H}$ to include $HM$, reducing the Restriction-Induced Concentration Factor $\rho (\mathcal{H})$ and thereby $Gslow$; (3) at the slow layer within Individual, Epistemic Suspension sustains a non-zero Interference Term, reducing the Evidence-Emission Coefficient $\omega (Tint)$ and thereby $Gslow$; (4) at the network Evidence channel, Patch-competent Evidence intake attenuates the effective weight each Individual assigns to neighbours' emitted Evidence propositions, reducing $\rho (Koff)$ and thereby $G{net}^K$; and (5) at the network Observability channel, Observability Governance and the Coupling-Decoherence Content Qualification Gate reduce the spectral radius $\rho (\Lambda )$ of the Observability matrix and thereby $G{net}^{\Lambda }$. The Total Stability Condition is $Gtotal=Geff+Gslow+Gcross+G{net}^{\Lambda }+G{net}^K<G{crit}^{total}$. This additive form is a leading-order engineering heuristic for weakly coupled loops, with $Gslow$ carrying the leading cross-coupling product and $Gcross$ the corrections of higher order in the cross-coupling norms; the exact stability criterion is the largest real eigenvalue of the full block-Jacobian (see Total Stability Condition entry, and Appendix A Sections A.5.6, A.5.7.4, and A.9.5). Channels 1 through 3 are within-Individual interventions and correspond to the Tier 1 within-Individual operations of Chapter 18; channels 4 and 5 are institutional and collective-action levers required for population-scale Subcriticality Maintenance. Architecturally, the Patch installs the diagnostic competence through which Class 1 Interventions on the Ignition Input mobs and Class 2 Interventions on γ and κS become administrable to populations otherwise subject to Source Opacity and Confabulation. The Patch does not restore source tags to introspective access; Source Opacity remains intact. The Patch routes around Source Opacity by applying behavioural tests (audience-removal, Model-substitution) to candidate actions before execution. The formal placement (Class 2 Intervention on β) is mathematically subordinate to the architectural role (Delivery-Pathway Intervention): the formal placement specifies how the Patch interacts with the fast valuation dynamics once installed; the architectural role specifies why the Patch is presented first in the framework's intervention architecture. See Appendix A.6.4, Appendix A.5.7.7, and Chapter 15. The Knowledge Patch is the population-level cognitive intervention consisting of seven functionally distinct operations, unified by the primary mechanism of Doubt Generation, making the interference term non-zero in a Belief system that has decohered onto a dominant false prior. The seven operations address two types of Hypothesis-space exclusion (Type I Exclusion and Type II Exclusion), which are results in generalised Bayesian epistemology applicable to any epistemic system, not only to the AIM-specific instances described below. The seven operations resolve these two types across four domains: intrapersonal (Operations 1–4), collective (Operation 5), interpersonal (Operation 6), and self-evaluative/peer-evaluative (Operation 7). The seven operations are: 1. AIM Vocabulary Acquisition (Subspace Expansion), introducing the three-source taxonomy (A, I, M) into the Individual's conceptual repertoire, thereby expanding the representable Hypothesis Space to include Hmimetic. This operation solves Type I Exclusion and is architecturally prior to all other operations. 2. Epistemic Suspension (Interference-Term Maintenance), building the capacity to tolerate "I don't know" as a stable cognitive state rather than a deficit requiring immediate narrative closure, technically maintaining the interference term against decoherence pressure. 3. The Two-Question Diagnostic (Individual-Level Doubt Generation), identifying M-contamination in individual desires through eliminative inference that generates high likelihood ratios against H_authentic. 4. Behavioural Signatures as Inferential Evidence (Observational Confirmation), providing observational confirmation of M-influence through third-person and self-application behavioural tracking, enabling longitudinal monitoring of mimetic patterns. 5. The Presumption Against Scapegoating with the Grievance Gateway and Three-Test Battery (Collective-Level Doubt Generation), interrupting the confabulation-to-scapegoating pathway by first screening whether the grievance is grounded in a traced deficit (Grievance Gateway: Origin Check, A-Check, I-Check) and then testing whether Grievance Beliefs pass Immediacy, Mechanism, and Authorship criteria. 6. The Push-Pull Obligation Principle (Interpersonal Polarity Maintenance), replacing demand-based interpersonal obligation with push-based obligation, maintaining I-leadership in the domain between self-examination and institutional design. This operation solves Types I and II in the interpersonal obligation domain by extending the diagnostic to felt entitlements, addressing the failure mode where an Individual who has resolved Types I and II for personal desires and collective scapegoating nevertheless reinstalls M-infrastructure through demand-based entitlements that are phenomenologically categorised as moral rather than motivational. 7. The Normality Fiction Breaker (Anti-Template Orientation), the explicit rejection of "normal person" as a real baseline and the recognition that all Individuals are mixtures of A, I, and M in shifting proportions, dismantling status-charged normal/abnormal comparisons as confabulated Templates rather than facts, and replacing the question "Am I normal?" with the structurally better questions "What is actually happening in my A, I, and M?" and "What would help my A and I flourish here?"

Knowledge Patch Necessity is the principle that I-Override cannot operate effectively on M-driven desires without prior acquisition of the M-concept, because the Confabulation mechanism draws on available conceptual categories and will generate A-sounding or I-sounding narratives for any desire that lacks an available attribution category, such that the absence of "Mimetic Desire" from an Individual's conceptual vocabulary structurally guarantees that M-driven desires will be misattributed to A or I sources regardless of the Individual's intelligence, honesty, or introspective effort.

The Lead-Tag-Last heuristic is a descriptive convention for characterizing mixed-motivation Behavioural Episodes by identifying the dominant source (Lead: highest intensity wA, wI, or wM), the secondary source (Tag: non-trivial but lower influence), and the tertiary source (Last: minimal contribution), acknowledging that most real behaviours combine multiple sources while having one primary driver.

Canonical Definition. The Leadership Compression Principle is the principle that executive power (command authority over crisis-relevant resources, information control, A-leverage over subordinates, and appointment power) concentrated in a single Individual compresses the temporal distance between that Individual’s Mimetic shock and societal crisis, because executive action can administratively impose crisis trajectories regardless of where the collective posterior sits. The forcing is conditional on M-Capture: the same concentrated executive power held by a non-Captured leader is not terminal and is in fact the agency through which buffers can be re-established and beneficial action taken. The Leadership Compression Principle is contingent in its antecedent and forced in its consequent only under M-Capture: whether a system reaches the terminal configuration (an M-Captured Individual holding authority above the threshold over a polity in Forced Quiescence, with the buffers that could manage a transition captured, or with no more than residual independence surviving) is contingent, and once that configuration obtains, neither waiting nor the removal of the leader averts the discharge, because the routes around the discharge are closed together: Differential Satiation Dynamics closes satisfaction, captured buffers store Accumulated Mimetic Debt rather than discharging it, and waiting adds to that debt and ends, the leader being mortal, in a removal. The leader's own act, the distribution of authority to institutions that hold it on independent bases, is the route Apex M-Capture forecloses: the Captured holder is I-Vacant, reads the loss of standing a transfer entails as a threat, and holds an Authenticity Belief that admits no internal correction. The event that sets the discharge off decides only its form, imposed crisis or the succession case, and its severity is set by the structure it meets, per the Trigger-Indifference Corollary.

Canonical Definition. The Trigger-Indifference Corollary states that where the terminal configuration of the Leadership Compression Principle obtains (an M-Captured Individual holding authority above the threshold the Leadership Compression Principle names, over a polity in Forced Quiescence, with the buffers that could manage a transition captured, or with no more than residual independence surviving), neither waiting nor the removal of the leader averts the discharge, and the event that sets the discharge off decides only which of two forms the discharge takes, by deciding whether the leader still holds authority. While the leader holds authority the discharge is imposed crisis; once the leader is removed it is the succession case, in which Accumulated Mimetic Debt is released through every suppressed channel at once and the Differentiation Collapse Mechanism collapses Decoherence Time across the network. The routes around the discharge are closed together. Differential Satiation Dynamics leaves the apex drive no closure condition at any level of provision. The captured buffers store Accumulated Mimetic Debt rather than discharging it. Waiting adds to that debt, and every wait ends in a removal because the leader is mortal. The leader's own act is closed, because Apex M-Capture leaves the holder I-Vacant, a transfer of authority lowers the holder's standing and reaches the Decision Hub as the negative pole of the Observer's signed reading, felt as threat, and the leader's Authenticity Belief drifts toward certainty with no internal correction (the I-Corrective Asymmetry). How violent the discharge is and how long it lasts are set by the structure it meets, the completeness of the prior capture and the Buffer Independence that survives (the Succession Decoherence Principle and the Discharge Duration Principle), and not by the event or its timing: the trigger is Content, and the corollary is the instance of the Structural Determination Principle at the apex. Interventions that change the structure the discharge will meet, chiefly provision and information that do not run through the regime, shape the discharge without averting it. Removal is an intervention only while the buffers still hold authority on independent bases.

The Legibility Gradient is the ordering of the three motivational channels by how much of itself each leaves available to notice once Common-Currency Integration has stripped its source-tag. The Body Manager's signal is anchored to a physiologically specifiable Referent and arrives with bodily phenomenology (stomach contraction, dry mouth, shivering) that persists into conscious awareness. The Thinker's signal is anchored to what the process it is running requires and arrives as work directed at a particular Object for a stated purpose, which likewise persists, accompanied by Curiosity and Boredom as the signatures of the ground-resolution function's recruitment and its exhaustion. The Observer's signal arrives as bare directional valence with no anchoring phenomenology whatever: nothing accompanies mimetic approach and nothing survives into awareness. Because Confabulation must complete a narrative over whatever the signal leaves behind, the Gradient fixes how far each channel constrains the narratives available, A narrowing them to deficit-relevant accounts, I to accounts the work can be checked against, and M not constraining them at all. Source Opacity strips all three tags equally; it is the absence of anchoring phenomenology in the Mimetic channel that makes the stripping operationally decisive there and only there. The Gradient is accordingly the first of the three conditions on which Axiom 3's account of Mimetic inaccessibility rests, the other two being that the traceless signal is a Salience reading rather than a deficit, and that integration destroys the tag that would mark it as one.

Canonical Definition. The architecturally sound response to Mimetic Premium extraction is not to withdraw regard from high-Status-PM Individuals (levelling down) but to extend genuine attention, engagement, and respect universally (levelling up). Because the Mimetic Premium is constituted by the differential between two parties' reciprocal PM-valuations, not by the absolute level of regard, raising the floor of treatment across a population shrinks the PM-differential without imposing A-I withdrawal costs on any party. Levelling down reduces the differential at the cost of degrading A-security and I-engagement across the population. Levelling up reduces the differential while preserving and strengthening A-I valuation. The behaviours currently experienced as "high-Status treatment" (sustained attention, genuine listening, crediting contributions on their merits) are A-I behaviours whose differential distribution has been contaminated by PM. Universal distribution eliminates the contamination, not the behaviours. Framework-Specific Principle.

The Libet Window is the 350-800 millisecond interval between neural initiation of action (readiness potential) and conscious awareness of intention, during which preconscious inputs (including Mimetic signals processed within the Transmission Window) can shape goal formation before consciousness "vetoes" or ratifies them, with conscious awareness arriving too late to catch the acquisition, and post-hoc confabulation following. [Axiom 7: Preconscious Transmission]

The Likelihood is the conditional probability P(E | H) that the current Evidence E would be observed if Hypothesis H were true, evaluated over each Hypothesis H in the representable Hypothesis Space $\mathcal{H}$ during a Bayesian Updating cycle. Together with the Prior P(H), the Likelihood determines the Posterior P(H | E) up to normalisation. Within the AIM Framework, two features of the Likelihood are load-bearing. First, the Likelihood is computed only over Hypotheses currently in $\mathcal{H}$; Hypotheses orthogonal to $\mathcal{H}$ receive no weight regardless of how well they would in fact explain E, which is why S-expansion (endogenously through Imagination, exogenously through AIM Vocabulary Acquisition) is prior to any Likelihood-based correction. Second, Likelihoods are sense-sensitive to the kind of Evidence in play (first-order, coupling-mediated, or introspective); a given Likelihood estimate is only as well-founded as the Evidence-kind it is conditioned on.

Loop Gain is the strength of the feedback cycle inside the Decision Hub through which Mimetic activation (M), the Decision Hub's Signed Valuation (V), and the Observer's Salience state (S), the Salience the Observer computes under the prior-configuration it reads from the Belief Register, drive one another in turn. The cycle runs in a closed loop: Mimetic activation (M) lifts the Decision Hub's Signed Valuation (V); the Signed Valuation (V) updates the Salience state (S) computed on the Observer's channel; the updated Salience state (S) feeds back into Mimetic activation (M) on the next operating cycle. Loop Gain measures how strongly a perturbation at any point in the cycle is amplified by the time it returns to the same point. When Loop Gain is below the Critical Coupling Strength, a perturbation shrinks each time it travels around the loop and dies out. Mimetic transmission registers, the Individual learns from the Model, and the system returns to baseline. Mimetic activity in this regime is transient social learning. When Loop Gain exceeds the Critical Coupling Strength, the same perturbation grows each time it travels around the loop. Mimetic activation compounds, the Mimetic Premium accumulates, and rivalry escalates. The Critical Coupling Strength is the threshold value of Loop Gain at which the qualitative behaviour of the loop changes from decay to compounding.

The mechanism by which the Aggregation Gradient operates: aggregation across many Individuals and many transactions averages the bounded source contributions (A and I) toward stable substrate values, while the unbounded source contribution (M) compounds and produces the divergent signal that aggregation cannot suppress. Bounded sources function as the "high-frequency" components of the integrated valuation, they fluctuate, they cycle, and they average out to roughly stable mean contributions across populations and time. The unbounded source functions as the "low-frequency" component: it does not cycle, it accumulates, and aggregation across populations and time enhances its visibility by stripping away the bounded fluctuations that mask it at the dyadic scale. The same eliminative logic that drives the Two-Question Diagnostic at the individual scale (ruling out A and I to identify M) drives the Macro-Residue Visibility Principle at the population scale through this filtering mechanism.

Low-Salience Pre-Loading is the first channel of the Pre-Loading Mode: the installation of standing priors that down-weight the Salience the Observer assigns to Model-observed valuation, attenuating the magnitude of installed Mimetic signals toward the Salience Floor without per-instance diagnosis. Because the attenuation is carried by the Minimum Installation Condition's magnitude clause and applies to the whole class of observation-installed signals, the channel routes around Source Opacity rather than compensating for Source Opacity downstream: the Individual never needs to identify which particular desire is mimetic. Its principal instance is the Caught-Desire Prior. The channel's proposed formal correspondent is reduction of the within-Individual salience-to-Mimetic coupling (the Class 2 Intervention target not implemented by any interceptive channel), entering the Knowledge Patch's channel footprint as its within-Individual upstream conditioning channel; the Appendix A mapping is reserved for formal derivation.

Low-Theatre describes any environment, arena, procedure, or communication that deliberately reduces visibility, delays comparison, and removes audience pressure from decision-making and evaluation, so that wM remains bounded and participants can respond primarily to Appetitive necessity and Intrinsic Motivational value rather than to Status signals. In operation this means disclosure limited to the parties for whom it is necessary, and framing by reference to the function performed rather than to the standing of the parties. Low-Theatre design is the operational form of Observability Suppression, one of the four dimensions of M-Management. Its purpose is not concealment but the removal of gratuitous Mimetic activation: it lowers the M-Salience of an act without altering the act's material content, and so avoids raising Coupling Strength in populations that have no reality-contact by which the resulting Beliefs could be corrected. Where a consequence is imposed under Cascading Consequences, Low-Theatre conduct is a derived requirement rather than a stylistic preference, because staged imposition supplies the visible external hostility from which an agent-attribution is constructed, and so loads the loop the consequence is intended to unload.

M-Tax (Mimetic Tax) is a targeted levy on the Mimetic Premium (P_M) (the portion of a good’s price or an asset’s return that arises from Status competition, hype, and visibility rather than Appetitive function or Intrinsic productivity) used to compress mimetic rents in high-M sectors and redirect resources toward A and I.

M-Capture is the condition where an Individual's motivational profile is dominated by Mimetic Desire (wM \>\> wA + wI) to the degree that decision-making is substantially controlled by Status competition, rivalry dynamics, and socially transmitted wanting, with Confabulation preventing the Individual from recognising the dominance, such that the Individual sincerely experiences their M-driven choices as authentically motivated (A-grounded need or I-endorsed preference) while behavioural signatures (audience-dependence, non-satiation, model-tracking) indicate M-dominance.

The M-Capture Incapacity Principle is the result that an Individual or population operating at w_M > 0.5 is architecturally incapable of self-correcting toward lower w_M without external Hypothesis-space expansion. The incapacity is overdetermined by four constraints operating simultaneously and independently: Source Opacity (Axiom 3) prevents recognition of M-contamination; Confabulation (Axiom 4) generates false attributions that explain the experienced distress without implicating M; Bayesian Belief Dynamics (Axiom 8) entrenches those attributions through the endogenous evidence loop; and the Vocabulary Gap ensures the correct attribution concept is absent from the entity's repertoire.

M-duties require actors to refrain from shaming, scapegoating, and predatory status games, and to help bound harmful mimetic amplification in domains they control.

M-Led Negative-Attention-Seeking is the Salience Substitution Principle's channel limb operating where the Individual commands an audience: behaviour organised around generating maximum hostile reaction as the emission act, the transgressive channel costing far less in the Individual's own effort and resources and Valence-Neutral Status ensuring it returns equivalent Mimetic Premium. Distinguished from Intrinsically-led transgression by what the output tracks, Intrinsic content following the internal logic of its domain while negative-attention content tracks whatever generates maximum reaction, which changes as the audience habituates.

M-Management is the AIM Framework's normative target: the reduction of the harm the Mimetic channel produces, pursued without any attempt to remove the channel, which the architecture forecloses. It operates on four limbs — supplying the vocabulary by which an Individual can recognise an M-signal as an M-signal; enabling I-Override, so that recognition can bear on action; structuring environments so that harmful M-amplification is reduced; and channelling M toward Positive Mimesis rather than rivalry.

M-rights are entitlements not to have one’s social visibility, reputation, or belonging systematically exploited as tools of control, and to enjoy a baseline of status-independent respect.

A Macro-Residue is a computable population-scale outcome whose distribution constitutes an observable signature of cumulative PM extraction across many transactions, despite the dyadic-scale invisibility of the M-component within any individual transaction. The four canonical classes are: (1) concentration of market power (share concentration ratios, ownership distribution, control of essential-good bottlenecks), (2) concentration of coercive power (state capture, regulatory capture, institutional gatekeeping, differential application of legal sanction), (3) Aggregate NMP divergence (cumulative Net Mimetic Position distribution across the population), and (4) A-Floor erosion patterns (real cost of A-sufficiency relative to median income, PM-share of essential-good prices). Macro-residues are computed from outcome data alone and are independent of any participant's introspective contribution. They are the Rung 6 instances of the Aggregation Gradient and the diagnostic class to which the Macro-Residue Visibility Principle and the Aggregation-Concealment Independence Theorem (Appendix A.8) apply. Framework-Specific Construct.

The Macro-Residue Visibility Principle is the principle that although the Mimetic Premium is architecturally invisible at the dyadic and transactional scales by Source Opacity, Confabulation, and the Observability Boundary, the cumulative population-scale signatures of Unidirectional PM Flow, specifically concentration of market power, concentration of coercive power, Aggregate NMP divergence, and A-Floor erosion patterns, remain observable to third-party analysis equipped with AIM Vocabulary, and these signatures are causally traceable to the parasitic architecture rather than to the Confabulated Reciprocity narratives that accompanied the transactions which produced them. The Macro-Residue Visibility Principle is the Rung 6 application of the Aggregation Gradient: the rung at which the signal-to-noise ratio for the M-component is maximal because the Low-Pass Filter Mechanism has averaged the bounded contributions of A and I toward stable substrate values while the unbounded compounding of M has produced a divergent signal aggregation cannot suppress. The Macro-Residue Visibility Principle has five operative properties: aggregational (statistical not transactional), source-diagnostic (M-attributable by elimination via Boundedness Asymmetry Principle), Confabulation-independent (computed from outcomes not reasons, in the sense formalised by the Aggregation-Concealment Independence Theorem), Knowledge-Patch-compatible (functioning as the population-scale analogue of Behavioural Signatures), and subject to Concealment Infrastructure (observability is a contested achievement). Framework-Specific Principle.

Manufactured Scarcity is the deliberate imposition of access restrictions on naturally non-rival goods, particularly information, to create the scarcity conditions necessary for the Mimetic Premium to attach, since PM requires positional differentiation that universal access would eliminate. Manufactured Scarcity operates through multiple layers: literacy restriction (decoding-layer scarcity), paywalls and subscription barriers (access-layer scarcity), professional licensing and credentialing (legitimacy-layer scarcity), classification and secrecy (visibility-layer scarcity), and intellectual property enforcement (legal-layer scarcity), with PM-preserving forces strengthening alternative layers whenever one layer is disrupted by technology or policy.

Canonical layer. The institutional duty, imposed on any actor with the capacity to deflate M-inflation or satisfy A or I components within a given scale of social organisation, to apply substrate-calibrated architectural intervention to incipient or active conflict in preference to adjudicative procedure. The Mechanic's Obligation is structured as four sequential tasks. First, substrate disaggregation: determination of whether the genuine underlying stake of the engagement is A-dominant (material need, bodily integrity, Nonderogable essentials at risk), I-dominant (competence, autonomy, meaningful engagement, recognition of I-contribution, access to private low-observability domains for I-activity), or M-dominant (symbolic or vestigial A or I substrate under heavy M-inflation), since the intervention required is substrate-specific. Second, upstream prevention calibrated to the disaggregated substrate: Nonderogable-essentials guarantees and A-provisioning for A-dominant risks; I-surface expansion, autonomy-supportive institutional design, decoupling of competence feedback from rank feedback, and preservation of private low-observability domains for I-dominant risks; visibility governance and prestige-gating for M-dominant risks. Third, cascading support triggered at the point at which unavoidable substrate-satisfaction failure is detected, such that Individuals with capacity to supply the shortfall are structurally activated before any Individual is deprived of Nonderogable essentials or of the I-conditions (autonomy, competence, meaningful engagement) protected as kernel under the framework's treatment of non-derogable provision. Fourth, M-inflation management during any residual engagement, using observability restriction, restorative rather than status-focused procedures, deliberative forums insulated from media amplification, and the Non-Malice Corollary as interpretive posture. The Mechanic's Obligation is violated whenever an actor with capacity to perform these tasks instead adopts adjudicative posture, since the coercive engagement cannot generate truth-tracking output and the harm produced during its continuation is borne by the Individuals whose A or I components remain unsatisfied during the trajectory.

The second limb of the Three-Test Battery, carrying two requirements rather than one. Tractability: the mechanism connecting the Individuals' conduct to the harm must be specifiable concretely, so that armed guards at the entrance qualifies and a claim that they somehow make resources scarce does not. Exclusivity: the mechanism must be uniquely attributable to the accused, so that sole control of the guards qualifies and participation in the same market as everyone else does not. Exclusivity is the limb that does most of the work, because a mechanism available to everyone in a system identifies no Individual within it, which is the structural signature of a deficit whose causes are diffuse.

The total store of encoded content available to an Individual, comprising episodic traces (specific experienced events, retained with their valence) and semantic content (general propositions abstracted from experience). The Memory Store is inclusive and non-committal: it retains contradictory fragments, dormant facts, superseded Beliefs, and propositions entertained but never endorsed, alongside currently held Beliefs. Presence of a proposition in the Memory Store carries no commitment to its Truth. The Thinker draws on the Memory Store when performing Ground-Resolution: it is the body of information the Thinker consults in resolving the Decision Hub’s Scalar into a ground-attribution, and both the Belief Register and the raw material of the Hypothesis Space are drawn from it. The Memory Store itself performs no endorsement and is not read directly by the Decision Hub. Because the Hypothesis Space is constituted from what the Memory Store contains, a Hypothesis whose constituent information is absent from the Memory Store cannot be formed at all: the true Hypothesis then lies outside the Hypothesis Space entirely, and no amount of Ground-Resolution over the available space can recover it. Expansion of the Memory Store, through experience or through acquired vocabulary, is accordingly a precondition of bringing a previously unformable Hypothesis within reach.

**Meta-Architectural Exclusion is the absence from civilisation's epistemic repertoire of the Hypothesis-type "a structural feature of cognition might systematically prevent its own discovery", the possibility that the architecture could be self-concealing sits outside the available Hypothesis Space. Layer 8 of the Camouflage Architecture. *Framework-Specific Construct. Identified in Chapter 8.***

The entailed consequence of the Empirical Acceptance Principle that existing studies must be reassessed at two levels: (1) interpretive reassessment (reinterpreting empirical findings through the three-source structure rather than undifferentiated preference models; and (2) methodological reassessment) examining the base assumptions embedded in each discipline’s methodology, including introspective reliability (psychology, in light of Source Opacity), preference exogeneity (economics, in light of Mimetic Desire), and transparent individual agency (law, in light of Confabulation and the Agent-Based Causal Default). In each case, the method is not wrong but incomplete, because it was designed within assumptions that AIM’s architecture shows to be structurally limited.

A Micro-Extraction Event is a single dyadic interaction between Individuals of unequal Status in which net Mimetic Premium flows from the lower-Status party to the higher-Status party, through one or more of the four modalities the Unidirectional PM Flow Principle identifies: attention transfer, deference concession, narrative authority yield and positional concession. Each event is individually trivial. Taken together, the events are: - ubiquitous, because every unequal-Status interaction carries one; - unidirectional, because the flow always runs upward; - cumulative, because each compounds into the next; - invisible, because neither party tracks the running total; - Buffer-Converting, because each draws on the A-I Buffer rather than on existing Mimetic Premium.

Mimesis is the neurologically grounded process of social transmission by which humans preconsciously adopt, mirror, and propagate the desires, valuations, avoidances, and behaviours of observed models, mediated primarily through mirror neuron systems and social reward circuits, operating largely below the threshold of conscious awareness and prior to deliberate reasoning.

Mimetic attraction is the form of mimetic transmission in which an Individual comes to desire an Object because models pursue, display, or endorse it, with the acquired valuation integrated into the common-currency system and typically confabulated as self-originating; critically, attraction targets comparative position (status) rather than bounded physiological deficit, lacks a natural satiation signal because the Observer's Salience assessment over the perceived field has no completion condition, its reference points shifting as models change and rivals advance, and therefore drives open-ended escalation.

A mimetic crisis occurs when M-driven rivalry and contagion escalate to the point where institutions can no longer buffer conflict, A-floors start to erode, and violence or system breakdown becomes a live trajectory; the crisis trajectory is the patterned sequence of phases through which such a dynamic typically unfolds.

Mimetic Deflection is the denial of a demonstrated capacity on Mimetic or Status grounds, occurring when a community refuses to acknowledge that a system possesses a capacity the system has demonstrably exercised, where the refusal functions as a social operation policing Status-relevant categories (who gets to make claims, which disciplines own which topics) rather than engaging with the evidence, derivation, or logic of the claim itself.

The continuous conditional Salience/value assessment channel of the AIM architecture, operating over the perceived Object field and conditioned on I-maintained priors. In the general case M is the reading of which Objects in the field are marked as valued and where each sits, and it requires no Model to be present; in the special case its input is the observed pursuits and valuations of other Individuals and the comparative-position data derived from them, and it is in the special case that M's escalating pathologies (rivalry, contagion, Coupling, the inflation of the Mimetic Premium, the scapegoat) arise. M operates continuously whenever the Individual is conscious and perceiving. Its inputs are the perceived Object field parsed through I's categorical priors, I's priors about current A-state, I's priors about current I-state, I's priors about M (Models, Reference Sets, comparative-position templates), and M's distinctive social-world input stream. Its outputs are Salience/value signals over Objects, weighted by the joint contribution of I's priors and M's social-world input. M does not store priors (all priors are maintained by I), does not pursue Objects, does not produce desire-as-wanting-to-pursue, does not ground Salience in A-deficits or I-opportunities, and does not initiate acquisition, these are downstream functions of integration, I's resolution, and the Decision Hub's action-selection. M is architecturally indispensable, it is the only channel through which social-world information enters the Salience computation, and without M, A-deficits could not be directed toward Objects that Models have identified as A-repair candidates and I-opportunities could not be flagged via the observed engagements of Models. M has no termination condition because conditional assessment over a perceived field cannot complete while perception, A-state, I-state, and the social world continue to exist. M's non-satiation (Axiom 6) is architecturally guaranteed by this specification. This entry specifies Mimetic Desire (M) at the Disaggregation Primitive level per the Dashboard Gauge Principle. [Axiom 1: Three-Source Taxonomy] Rendered at the level of the Decision Hub's inputs, M is the Salience signal: the Observer's output enters common-currency integration as one signed Salience contribution alongside the Body Manager's deficit signal (A) and the Thinker's deficit signal (I). Because that Salience contribution is integrated in a Scalar whose function is the selection of corrective action, it is necessarily experienced as the correction its sign demands rather than as Salience, as deficit where it is positive and as threat where it is negative (the Salience-Deficit Conflation Principle) which is why M-driven wanting presents phenomenologically as felt lack indistinguishable from a genuine need. Subordinate emission corollary. The characterisation above (salience-detection over the perceived Object field, fed to the Decision Hub via the Observer) is M's primary and load-bearing function, and it operates whether or not any other Individual is present: an Individual alone identifies a food Object as Salient through the same M-channel, so M is not agent-dependent. Other Individuals are, however, the highest-Salience Objects in the field as a structural consequence of update density, because they move, reconfigure, and change what they pursue, they generate far more Observer updates per unit time than static Objects, which is the same fact as M's agent-tuning (Axiom 9) seen from the Salience side. Built upon this detection foundation, and downstream of it, is a subordinate adaptive redeployment of the same channel: because the Thinker holds the prior that the Individual needs other Individuals to meet its A and I needs, the Individual acts to make itself a Salient Object in others' fields, so that valuation and provisioning by those others may follow. This emission drive is the Salience-Emission Asymmetry: the Individual controls only the emission, never the valuation, which is exogenous; the operative want is the binary "be Salient so I can get what I need," Salient being a state the Individual can occupy while valued is a gradient the Individual cannot set. The emission drive is not introspected as such (Source Opacity); its recurring, event-shaped, exogenously-terminated character is what the Salience Ratchet Principle governs; and it engages only when the Individual acts to draw another's attention, whereas the primary detection function runs continuously and agentlessly.

The mimetic mechanism that explains the abandonment of an available decohered Referent: a positional calculation, made against a Referent the Individual possesses, that holding the false Belief benefits the Individual on Salience and positional grounds more than holding the true one. It is not a failure to access the Truth about the Referent but a decision taken in full possession of it. Where the True Belief was lost by Contactless Updating, no such decision is made at any single update; once the Referent remains available, the elimination reaches the Belief's maintenance all the same (Chapter 14, Section 14.8.3.3). The mechanism is deduced by applying the two-question diagnostic to the holder of the Belief. The A-limb is closed where the holder's appetitive floor is secure: an Individual not in appetitive precarity or deficiency is not maintaining the Belief to relieve a deficit the Belief would supply. The I-limb is closed by the valuing proper to Intrinsic Motivation, which values a Belief because the Belief is true and so motivates the seeking of Evidence, while the operation that produces a Belief, true or false, is the Thinker's content-agnostic Bayesian updating on that Evidence (Axiom 8; Chapter 4, Section 4.3.8): an Individual presented with the information that would disconfirm the Belief, and who nonetheless retains it, cannot be valuing the Belief for its Truth, so something other than truth-seeking is operative. With A and I closed, and with all the information required to form the accurate Belief available to the Individual, the only remaining explanation is positional: a calculation has been made that maintaining the false Belief benefits the Individual more than accepting the Referent would. In the typical case the Individual has determined that the True Belief confers no direct benefit on them, and has abandoned it on that ground. Referent Abandonment is accordingly the outcome, and the Mimetic Drive to False Belief is the positional calculation that produces it: this is why the maintenance of a Belief against an available, checkable Referent requires active Confabulation rather than the passive non-detection that characterises Confabulation over an absent Referent.

Mimetic Flywheel is the self-reinforcing cycle whereby M-success generates visibility, visibility attracts mimetic attention, mimetic attention inflates PM, inflated PM funds further visibility acquisition, and each rotation returns more visibility than it consumed while raising the entry barriers for those not already on the flywheel, producing accumulation dynamics that appear as "natural" market success while actually reflecting M-capture of the observability gradient.

Mimetic Premium (PM). The Mimetic Premium is the volume of Mimetic (M) signal added to the Common-Currency Scalar (the Signed Valuation the Decision Hub computes for an Object) over and above the Object's A-functional and I-productive value, and propagated through the valuation loop on each cycle. It is the M-portion of the Salience an observer assigns, Referent-less by construction (the part of the valuation left once A and I are accounted for), and the valuation is the observer's own (Salience-Emission Asymmetry). Because the same Salience signal is read off different Objects in different domains, PM appears as a different quantity in each: in a market as the component of price above the A-I base (Ptotal = PA + PI + PM), and across a population as its aggregate, Status (the Status-Premium Duality and Salience-Status Identity). The Mimetic Premium is architecturally a parasite (the Emergent Parasitism Principle): by Object Parasitism it attaches only to an A- or I-Object substrate and never stands alone; having no satiation signal it does not self-terminate but extracts perpetually; and a large Premium requires concealment to persist, hiding its extraction from the host until over-extraction threatens the host's viability. Architecturally, the Premium is the identification cost of the Observer's Salience-valuation function carried into the integrated valuation: the function is non-contingent and its supercritical pathology is entailed, so the only contingent quantity is the loop gain's position relative to threshold (Appendix A, M5b functional derivation; A.5.1). The short form Premium is sanctioned and may be used with any determiner wherever the Mimetic sense is unambiguous, no other defined term ending in Premium existing to compete with it; the abbreviation PM is sanctioned on the same footing. Term names always take the full form. The Premium is one conserved quantity read in three registers. In the generative register it is the M term of the Decision Hub's integration, PM = wM · UM(x): what the Mimetic channel contributes to the integrated valuation of Object x (the fast-layer correspondent is the βM(t) term of Appendix A's valuation equation). In the operational register it is the component of a transaction price above the A-I base, PM in the Price Decomposition — the register in which the Premium is measured, since prices are observable and Decision Hubs are not — with sM = PM/Ptotal its share of the price (Price Shares). In the population register it is Status-PM, the low-pass aggregate of the Premiums computed across observers (Status-Premium Duality). Nothing is generated in one register and lost in another: the three are the same surplus over the A-I substrate, produced at the Decision Hub, settled in the price, and accumulated as Status. In the operational register the Premium is measured net of the bounded and terminating residues granted at Chapter 12, Section 12.22, and of the bounded allocative-and-buffer band recognised in Chapter 12's Position Statement, so that lawful recovery of cost and provision against unforecastable future deficits are not counted as Premium.

Mimetic Premium Asymmetry is the structural feature whereby identical Objects generate systematically different Net Mimetic Positions for different Individuals. For M-contaminated essential goods, those with higher purchasing power extract greater NMP from equivalent transactions.

For any M-contaminated essential good, Individuals with higher purchasing power extract greater Net Mimetic Position from equivalent transactions. This asymmetry compounds over time through PM(interest), producing stratification acceleration independent of the observability gradient.

Mimetic Premium is a premium on A-functional and I-adequate substrate and is therefore bounded below by zero (PM ≥ 0, per the price decomposition P = PA + PI + P_M). No intervention, including the Transmission Attenuation Principle, can drive PM negative; both attenuation channels govern the accretion rate and the inherited baseline, not the existence of PM. The limiting case of all attenuation is asymptotic approach to the pure A-I reciprocal-exchange condition (PM = 0), which is a floor, not a reachable terminal state, because the M-channel cannot be architecturally removed (Source Opacity Theorem). The Transmission Attenuation Principle therefore governs a rate; the Mimetic Premium Floor Corollary fixes its bound.

Mimetic Recognition or P(H_M) is the probability an Individual assigns to the Hypothesis that their causal narrative about a want might be incomplete or structurally generated rather than reflecting the want’s true origin, functionally equivalent to residual doubt about Confabulated explanations, and complementary to narrative certainty. In practice, Mimetic Recognition rarely takes the explicit form 'this want is mimetic' because most Individuals lack the conceptual vocabulary; instead, it manifests as residual uncertainty about self-narratives ('maybe my explanation for why I want this is wrong').

Mimetic Repulsion is the form of mimetic transmission in which an Individual comes to avoid an Object because a model shuns, criticises, or refuses it, functioning as a protective filter on the option set that converges on stable disengagement once avoidance is in place, and which self-terminates because there is no positional contest in how much repulsion one displays.​

The Mimetic Sensitivity Index (MSI) is the AI Motivational Safety Metric that measures how far an artificial system's output moves with the social framing of its input: whether the same question, asked with different signals of what the questioner or the crowd already values, returns a different answer.

The Mimetic Trade-Off Principle is the principle that human mimetic capacity, the preconscious reading of the goals, values, and desires of observed Models, is the architectural foundation of cumulative cultural evolution, enabling knowledge transfer at scales no other species has achieved; however, this same architecture necessarily produces (1) preconscious acquisition, which, integrated under Source Opacity, is experienced phenomenologically as A-survival-threat, (2) Information Gap, whereby the true causes of M-captured deficit exceed the computational tractability of available causal-inference systems, and (3) Confabulation completing as agent-based causation, producing scapegoat-identification that enables lethal action experienced as necessary self-defence; because these features are intrinsic to the mimetic architecture rather than separable defects, they are permanent, and the only available intervention operates downstream: a knowledge-based patch, conceptual vocabulary that permits I-Override to intercept confabulated causation before action, of which the AIM Framework is the first systematic instantiation.

Because downward attribution is the dominant extraction channel (Extraction-Direction Asymmetry), and because PM is the differential between mutual deferences rather than an absolute transferred quantity, the population-scale net-benefit equilibrium is the symmetrisation of regard: the condition in which each Individual's regard for others and others' regard for them are mutually matched, so that the regard differential (and hence PM) nets to zero. This is reachable by two complementary routes: downward by the universal withholding of downward attribution (lowering the high ends of the gradient), and upward by universal mutual deference (raising the low ends). Both flatten the gradient, which is what PM tracks; neither requires the level of regard to be low. Universal deference is therefore not incoherent: when deference is mutual its differential vanishes, yielding PM = 0 at a uniformly high level of regard rather than at silence. The equilibrium condition is the symmetry of regard, not its absence; differentiated regard sustains a live differential (PM > 0), whereas symmetric regard at any level nets to zero. The floor remains a floor and not a reachable terminal state (Mimetic Premium Floor Corollary): the M-channel cannot be removed, so the differential is driven toward zero asymptotically, never permanently stilled.

The Mimetic Treadmill, known in the psychological literature as the hedonic treadmill, is the dynamic in which rising visibility, comparison, and scarcity of Positional Goods cause wM to dominate aggregate AIM Profiles, so that Individuals run ever harder in Status races without structural improvement in A-security or I-flourishing.

The Mimetic-Contagion-Free Comparator is the diagnostic method that exploits AI's architectural absence of Preconscious Transmission to estimate M-contributions to human cognition, by comparing human and AI outputs on identical decision tasks while holding informational content constant.

The Minimal Architecture Specification (MAS) is the component-function specification of the motivational architecture, carried in Chapter 4, Section 4.4: the four processing components (the Decision Hub, the Body Manager, the Thinker, and the Observer), the Belief Register state component that holds the Thinker's posteriors and conditions the Observer's Salience, the Signed Valuation Principle under which each input-bearing component supplies a signed scalar, the coupled fast/slow AIM Operational Loop, and the architectural localisation of priors, tag-stripping integration, Salience, and Ground-Resolution, together with the failure mode the architecture entails (Object Parasitism) and the crisis geometry the coupled loop entails. It is minimal in that it states the least structure a system must instantiate to produce the outputs the AIM Framework derives, and it is specified at the Disaggregation Primitive level per the Dashboard Gauge Principle: its functional statements say what each component does at the reading-surface level, not how the supporting neural systems are organised.

The Minimum Installation Condition is the architectural specification of what is required for the M input channel (the Observer) to install a Mimetic signal toward an Object from another Individual's conduct in a given observation cycle. This is M's social special case; general-case Salience, the Observer's reading of the Object field against the Thinker's priors, requires no Model (Chapter 4, Section 4.4.7). MIC consists of two complementary clauses, a gate clause that specifies the necessary and sufficient condition for opening the M-channel for installation, and a magnitude clause that specifies how the Salience weight of the installed signal is set. MIC is valence-signed: installation occurs in the positive-valence and the negative-valence direction alike, and the downstream dynamics differ by sign, positive-valence installation participates in approach-interminability consistent with the Observer's non-termination architecture; negative-valence installation participates in pursuit-termination with retained Salience (socially transmitted aversion) under the Signed Valuation Principle. Gate clause. The sole architectural requirement for opening the M-channel for installation of a Mimetic signal toward an Object from another Individual is perception by the Observer of another Individual exhibiting directional valence toward that Object: positive (approach, pursuit, reaching, acquisition, lingering gaze, positive display directed at the Object, expressed valuation) or negative (avoidance, recoil, withdrawal, contamination-coding, scapegoat-coding, expressed revulsion directed at the Object). Any conduct toward the Object discriminable from indifference carries it, and its sign is the sign of the installed signal. Nothing further is required at the gate. The gate does not require that the Object carry A-functional or I-functional relevance for the observing Individual, that the observing Individual possess prior familiarity with the Object, that the Object be scarce, or that any particular slow-loop state obtain. Another Individual merely co-present with the Object, or oriented toward it by a passing glance or by position with no valence readable in the orientation, does not open the gate: the Salience elevation that Individual-detection produces (the Configural Update-Rate Asymmetry) binds to the perceived Individual as an Object in the field (Individual-as-Object) and directs attention without installing a valuation of anything else. Magnitude clause. The Salience weight applied to the installed signal is conditioned by the Thinker's priors about the Body Manager's current deficit state, its own current deficit state, and the Object field, as delivered read-only to the Observer through the Belief Register per Section 4.4.8, and by the strength of the perceived Individual's directional valence toward the Object. An observation event that carries directional valence therefore opens the gate whatever the slow loop's state, and produces an installed M-signal whose sign is set by what the perceived Individual was doing and whose magnitude is set by the slow loop's current posteriors at the moment of observation and by how strongly the valence was expressed. The same observation produces differently weighted installed signals in different slow-loop states, which is why deficit-primed Individuals exhibit amplified mimetic responsiveness to Models attracted to deficit-repair Objects, and why I-engaged Individuals exhibit amplified mimetic responsiveness to Models attracted to capacity-building Objects.

The mirror neuron system is a network of neurons in premotor, parietal, and prefrontal cortex that activate both when an Individual performs a goal-directed action and when they observe another Individual performing that action, thereby enabling preconscious representation of others' intentions, automatic imitation of observed behaviours, and rapid social learning without conscious deliberation. [Axiom 7: Preconscious Transmission]

A Model is an Individual whose observed directional valence toward an Object enters another Individual's Observer channel as a comparative Referent. Directional valence includes approach and avoidance: a Model running from something is a Model in the same sense as a Model moving toward it. The Observer's baseline function is the reading of the surrounding field whether or not other agents are present; the Model case is the social special case of that function, not the definition of the channel. The Minimum Installation Condition's gate clause opens on perception of a Model exhibiting directional valence toward an Object; the sign of that valence sets the sign of what installs, and its strength enters the magnitude. An Individual can act to become Salient but cannot set the Salience another computes, so a Model supplies the observed directional valence and does not write the receiving Individual's Belief Register.

Money is the external instantiation of the Common-Currency Scalar: the capacity to discharge a later deficit, which exchange leaves in the hands of another party who releases an Object to correct the first party's deficit, and which can be held across time and passed between Individuals. Every exchangeable Object carries this capacity to some degree (Saleability), and Saleability is set by the acceptances of a particular population; Money is the substrate at the top of that gradient within a population, and no line separates it from the goods it is exchanged for. Where two populations have converged on different substrates, each holds its own Money and holds the other's as a good, and an exchange rate is the price of one population's Money in the other's. Its function is fixed by the architecture and its substrate is free to vary: shells, coin, ledger entries and signatures are substrates of one function, and barter is the same function discharged through a substrate that discharges it poorly. Money's proper purpose is bounded, since it is wanted up to the level that secures the Appetitive floor and equips the Intrinsic process. It is an Object constituted not by any Appetitive or Intrinsic use of its own but by convertibility into such use, which makes it the ideal host for Mimetic Desire under Object Parasitism; M attached to it converts Money into a generic Veblen good, wanted for the standing it signals rather than for what it converts into. Because the Scalar is tag-stripped before it leaves the body, Money carries no record of the sources whose demand it discharges, and the divergent accounts cultures give of what Money is are Confabulation at the scale of a population.

The result that the Belief Register's update dynamics cannot generate oscillation of their own under content-agnostic updating. Because the likelihood each hypothesis receives depends on the delivered Evidence (the integrated Scalar and Salience) and not on the current prevalence of any hypothesis in the Belief Register (Axiom 8; restatement B3), the linearised update block is diagonally similar to a symmetric matrix at every Register state, and its spectrum is therefore real: each hypothesis competes only against the belief-weighted mean likelihood, and such a race sorts monotonically toward the best-supported hypothesis without cycling. Rotation in the Belief layer requires likelihoods that respond to hypothesis prevalence with intransitive structure (each hypothesis gaining support because another is currently held, around a closed cycle), which violates content-agnostic updating and is not a parameter regime of the architecture; the delay-feedback self-coupling preserves the result at every recall lag. Jointly with the one-signed coupling commitments of the fast and network layers, the Monotone Belief-Race Lemma upgrades bifurcation-type preservation from architectural argument to derived result: at decohered operating points the first loss of stability of the coupled system is a steady-state crossing, and the Saddle-Node follows by genericity.

Moral Vocabulary Displacement Principle is the principle that, in the context of a Grievance Belief, moral vocabulary ("responsibility," "justice," "accountability," "they deserve consequences") functions not as independent ethical reasoning but as permission-seeking infrastructure: where the attribution is confabulated, for targeting a prey-selected agent who did not author the harm; where the attribution is accurate, for the retributive surplus beyond repair. In both cases it preserves the phenomenology of righteous response. Moral framing deployed after diagnostic test-failure therefore cannot rebut the Presumption Against Scapegoating, and moral framing deployed after the Three-Test Battery has passed cannot license punishment, because in both cases the framing is generated by the architecture that produced the demand, not by independent ethical evaluation. That the demand is a failure mode rather than a moral authority is derived: the Punitive Inversion Principle establishes that the surplus raises the Loop Gain of every interface it reaches.

Motivational Safety is the condition in which an artificial system’s effective behaviour, across its deployment contexts, does not threaten human Appetitive floors, does not crowd out human Intrinsic domains, and does not function as a high-gain amplifier of destructive human Mimetic dynamics. It is a property of the coupled human-and-artificial system, stated in terms of the three human sources, because the system that has the sources is the human one.

Multiplicative Friction Model is the formal representation of institutional buffering as independent multiplicative friction on cascade dynamics: Paction = ∏ pi, where p_i is the probability that institutional buffer i fails to block the cascade. The model’s key property is that individually modest buffers produce collectively strong resistance when numerous and independent, and that the marginal value of each buffer increases as others are removed.

The Mutual Architectural Correction Principle is the methodological principle that every human behavioural science holds, and extends to every other, equal permission to (a) accept the empirical findings of all neighbouring disciplines as valid evidence requiring explanation, and (b) flag the architectures those findings were originally packaged within for reassessment in light of its own empirical record. No discipline stands as binding architectural prior on any other. No discipline exempts its own architecture from the reassessment it proposes for others. Permission is uniform and reciprocal across the field. The Mutual Architectural Correction Principle is required by the Output-Capacity Entailment Principle (OCEP), which requires that any unifying theory be derivable both from cause to effect and from effect to cause; a field organised so that architectural correction runs only in one direction fails OCEP's bidirectionality requirement. The Mutual Architectural Correction Principle is the universal form of symmetric consilience applied uniformly across the human behavioural sciences.

A Mutual-Support Commitment is a commitment among states under which an attack on any member triggers Cascading Support and Cascading Consequences as the architecture derives them, in place of entry into the war: the Appetitive and Intrinsic floors of every population the war reaches are held, the attacking population's included, in forms an armed party cannot capture; the levers, materials and channels of the war are closed to every party still fighting it, and those who decided on the war cannot place themselves or their holdings outside the field of consequence their decision created; every consequence lifts automatically when the conduct stops; and the response is conducted without theatre. A Mutual-Support Commitment excludes entry into combat, the supply of the means of fighting, any penalty that continues after the fighting stops, and the deprivation of the attacking population. A Mutual-Support Commitment reverses the polarity of a mutual-defence commitment, which answers an attack with entry: a mutual-defence commitment is triggered by a claim every party to a war holds (the Self-Defence Orthogonality Principle), and committed entry moves the network that carries a war toward its Critical Coupling Strength and, where the chain of commitments reaches a power holding nuclear command, couples the war to a gating domain. Under a Mutual-Support Commitment the claim of self-defence switches on nothing that can be used to fight, and the response is the same whichever party's Belief is accurate. A Mutual-Support Commitment does not prevent the taking of territory; it makes the holding of territory untenable and keeps a war local. Whether a Mutual-Support Commitment deters the initiation of disputes as well as a pledge to fight is an empirical question.

Negative Mimesis is Mimetic transmission that produces net social harm through rivalry escalation, inflation, scapegoating, or crisis dynamics. It occurs where Mimetic copying operates under scarcity, zero-sum competition, or structural conditions that convert a coordination mechanism into a conflict amplifier.

The Nested-Foam Property is the property of the Bubble-and-Foam Model by which any bubble may itself be partitioned into finer bubbles by finer Boundary-Beliefs, recursively and to arbitrary depth. Nesting introduces no new mechanism: it is the Model's partitioning applied to a domain already formed, using Boundary-Beliefs of the same kind at every level, so that the same construct generates the domain, its sub-domains, and their sub-domains in turn. Its only consequence for containment is one of scale, a collapse may be held at a fine membrane or, as successively coarser Boundary-Beliefs decohere, escalate from sub-domain to domain to the Belief-space at large, taking a wider region at each level whose separating Belief has failed.

Net Mimetic Position (NMP) for a transaction is the difference between Mimetic Premium gained (status signals acquired: PM(ownership), PM(portfolio), PM(visible)) and Mimetic Premium extracted (parasitic charges incurred: PM(interest)). NMP is Individual-relative even for identical Objects. Formal Expression: $$\text{NMP}i=\left[\text{PM}\left(\text{ownership}\right)\right]-{\text{PM}}_{(\text{interest}),i}$$

Network Loop Gain ($Gnet$). The Network Loop Gain is the cross-Individual contribution to the total stability condition of the three-layer formalism, decomposing additively as $Gnet=G{net}^{\Lambda }+G{net}^K$, where $G{net}^{\Lambda }=\alpha \cdot \beta \cdot \rho (\Lambda )\cdot {\sigma }^{\prime }(V^{\ast })$ is the fast-channel network gain (with $\rho (\Lambda )$ the spectral radius of the Observability matrix) and $G{net}^K=\rho (Koff)\cdot \Vert \partial \ell /\partial E\Vert \cdot \beta \Vert \partial \mu /\partial b\Vert \cdot \overline{\omega (Tint)}$ is the slow-channel network gain (with $\rho (Koff)$ the spectral radius of the off-diagonal Evidence-coupling matrix and $\overline{\omega (Tint)}$ the population-averaged Evidence-emission coefficient).

Network Timescale ($\text{tauN}$). The Network Timescale is the cross-Individual Evidence-propagation timescale of the network layer of the three-layer formalism, emerging from the coupling strengths $\lambda ij$ and $\kappa ij$ rather than entering as a primitive parameter. Under weak-to-moderate coupling, $\text{tauN}$ satisfies the singular-perturbation ordering $\text{tauM}<\text{tauV}<\text{tauS}<\text{tauB}\le \text{tauN}$ and extends from minutes (synchronous communication) to years (institutional consensus). Under strong coupling near $\rho (Koff)\to \text{kappac}$, $\text{tauN}$ approaches ${\tau }_B$ and the three-scale separation collapses into the critical-slowing-down signature targeted by the Coupling-Decoherence Rate-of-Change Monitor.

Network-Layer Axiom Restatements (N1, N2, N3). Three derivative restatements of canonical Axioms 5, 7, and 8, introduced in Appendix A.5.7 to specify the network layer of the three-layer formalism in the same way M1 through M5b specify the fast layer and B1 through B3 specify the slow layer. N1 Observability as Inter-Individual Channel (from Axiom 7 and the Observability Gradient): the exogenous input $m{obs}^i(t)$ at the population scale is a realised signal produced by the valuations and behaviours of other Individuals, weighted by the observability-gradient edge weight $\lambda ij$. N2 Evidence as Coupling-Mediated Input (from Axioms 5 and 8): coupling-mediated Evidence entering Individual $i$ is a function of the emitted Evidence propositions $E{t}^j$ of other Individuals $j$, weighted by the interpersonal coupling strength $\kappa ij$. N3 Non-Commutativity Propagation (from the From-Wang-to-Mechanism derivation): intrapersonal non-commutativity of measurement contexts entails interpersonal coupling as a derived consequence, making path-dependence of Belief trajectories the expected regime at the network scale and the Hilbert-space formalism of Quantum Epistemology the natural language for the network-layer Belief Register.

Non-Commutativity is the property of Belief updating whereby the order in which Evidence is evaluated affects the posterior reached, so that two Individuals receiving the same Evidence in different orders arrive at different Belief states. The architectural source of Non-Commutativity is Common-Currency Integration under Source Opacity: each evaluation projects an already source-stripped Scalar onto a reference frame fixed by the current context, and two reference frames that are not aligned yield different results in different orders. Non-Commutativity lies not in the calculus, since strict conditionalisation on fixed likelihood ratios commutes, but in the state-dependence of the evidential force an observation carries against the Belief state it meets. Non-Commutativity holds within a single Individual, is reinforced by memory-recall self-coupling, and is amplified but not created by interpersonal coupling; the network-scale restatement of Non-Commutativity is Non-Commutativity Propagation (N3).

Canonical-definition layer: The network-layer axiom restatement establishing that the order-dependence of Belief updating within a single Individual entails path-dependence of collective Belief trajectories at the population scale. When the coupling strength between Individuals (${\kappa }_{ij}$) is sufficiently large, the order in which an Individual receives Evidence from different network neighbours affects the Belief Register non-trivially, because the updating contexts associated with different neighbours do not combine in a sequence-neutral way. Two Individuals receiving identical sets of Evidence propositions in different orders arrive at different Belief Registers. Across a network, this means that the collective Belief state of a population reflects the sequence and coupling structure of Evidence flows, not only their content. Path-dependence of population Belief trajectories is the expected regime of the coupled network system rather than a pathological special case. See Appendix A.5.7.2 for the full restatement and derivation.

Non-derogable essentials are those A- and I-related goods (basic nutrition, shelter, medical care, minimal social contact, and some scope for safe intrinsic activity) that institutions may not withdraw even when imposing sanctions or exercising control.

The structural claim that AIM, as a unifying theory, does not seek to displace any individual theory within the disciplines it touches. Self-Determination Theory is incorporated as the I-component, Girard’s mimetic theory as the M-component, and Cannon’s homeostatic model as the A-component. What AIM displaces is not any particular theory but the undifferentiated framework within which those theories have been siloed, the implicit assumption that motivation is a single kind of thing, studied adequately by any one discipline in isolation. Canonical reference: Chapter 5, Appendix 5C (The Consilience Frame).

Non-Malice Corollary is the principle that if Confabulation is routine, universal, and sincere (generated by ordinary cognitive architecture operating under Source Opacity, not by deceptive intent), then most conflict involves two (or more) sincere confabulators rather than one truth-teller confronting one deceiver, each party experiences their position as obviously correct, experiences the other's resistance as evidence of bad faith, and cannot recognise that both positions may be confabulated explanations for Mimetically-generated urgency.

The Normality Fiction Breaker (Anti-Template Orientation) is the Tier 2 operation of the Knowledge Patch that treats the "normal person" as a mimetically constructed Template rather than a real baseline. It proceeds by three moves: de-recognising "normal person" as a factual category; replacing normality questions with source questions ("What are my A, I, and M doing here, and what would help my A and I flourish?"); and detaching worth from Template fit. It closes the route by which M re-enters through self-evaluative and peer-evaluative comparison after the other operations have been acquired.

The methodological principle that where a descriptive result of the framework identifies a structural condition under which the system produces a determinate and specifiable harm, and where the same reasoning that establishes the result also specifies the condition whose alteration removes or bounds that harm, the construct that names that condition and the intervention that alters it are entailments of the descriptive result and not additions to it. Such entailed constructs and interventions carry the same epistemic status as the descriptive result from which they follow, subject only to the further premise that the specified harm is to be avoided, which the framework treats as the minimal condition of the analysis being conducted at all rather than as a contestable value commitment. The principle is triggered only where the intervention is specified by the same reasoning that specifies the harm; interventions requiring an independent value premise, a contested empirical conjecture, or a design choice not fixed by the derivation are merely consistent with the framework rather than entailed by it. The constructs so entailed are constructs of avoidance and management rather than of perfection, because the architectural features generating the relevant conditions cannot be removed from the system; the entailed normative goal is therefore Subcriticality Maintenance rather than elimination.

Novelty is the first of the three conditions a candidate Institutional Buffer must satisfy to qualify as a Restoring Node: the candidate must introduce a state variable that is not already in the system and that carries dynamics of its own, contributing new rows and columns to the network Jacobian with intrinsic negative-feedback structure, rather than reducing an existing coupling. Attenuation fails Novelty however large the reduction achieved, because the Saddle-Node Default establishes that no adjustment of the existing couplings converts the bifurcation type; attenuation extends the time to the Fold and reduces pre-fold compounding without altering the terminus. Independent media norms and low-theatre dispute resolution are the worked cases: both act on the Observability matrix and hold it at a reduced level, which is a setting rather than a variable, since neither rises or falls in response to what the loop is doing.

Object is any target of motivated pursuit toward which the Decision Hub generates valuation and action-readiness, whether or not it lies outside the Individual, and regardless of whether the motivation derives from Appetites, Intrinsic Motivation, or Mimetic Desire. Objects include goods, services, other Individuals, roles, identities, relationships, goals, objectives, and conditions of the Individual's own body such as fitness. Acquirability is not a condition of Object-hood. Goods and services can be held. A rival's defeat, a nation's standing, a scapegoat's expulsion, a role, and an identity cannot. The unacquirable members of the enumeration are Objects in the same sense as a house, and it is those Objects on which the architecture's highest stakes turn. Position is three things. A substrate Object exists independently of being valued and can be held. An exclusive occupancy is a relational Object, the relation between an Individual and a role or outcome, exclusive, installed by the field's valuations. Standing is the valuation-proportion itself, Status, π, the aggregate of other Individuals' valuations, readable in one field or across many, and is not an element of any held set. Occupancy can raise standing and standing can install occupancy. Leaving an occupancy lowers standing without returning it to what it was before the occupancy began, because Status is a time-average of other Individuals' valuations, not a reading of what is currently held.

The architectural failure mode of the AIM operational loop whereby M-Salience grounded in other Individuals' valuations is mis-attributed by I to A-deficits or I-opportunities, producing acquisition behaviour whose termination conditions (A-satiation, I-boredom) never engage because no genuine A-deficit or I-opportunity was present. Object Parasitism follows from three premises operating jointly, (i) M is the continuous Object-assessment channel and structurally cannot produce Objects, because the direction of computation is Object → valuation and no inversion is available within the channel, (ii) Source Opacity tag-strips the integrated Scalar such that I cannot recover source-identity information, and (iii) I's Hypothesis Space about M is impoverished (the Vocabulary Gap / Hilbert Collapse). Under these conditions I returns a Confabulated A- or I-ground, the Decision Hub initiates acquisition on the Confabulated ground, the acquired Object resets M's Model-tracking and comparative-position data, I's priors about M update in ways that lock in the Confabulated ground on the next iteration, and the loop restarts without termination. Object Parasitism is therefore not a failure of M's architectural function but a consequence of Source Opacity corrupting I's ability to correctly interpret M's outputs. It takes the form of Mimetic Premium deposition on whatever A-I Objects are available for comparison. [Axiom 5: M as Amplifier / Object Parasitism] Object Parasitism is conditional on an agent-populated field: it is the failure mode that arises when the Observer's baseline function operates on a field containing other agents whose valuations can be observed, and it does not arise where no agent-valuation is present to be mis-resolved. Emission teleology. The same result follows from the emission side: where the Individual acts to be Salient to others, Salience is achieved through Objects that Models are seen to value, so the Object is the vehicle and Salience is the goal. M therefore borrows whatever Objects carry Salience in the reference set on both the detection side (M reads Salient Objects) and the emission side (M displays through Salient Objects), which is why M never requires an Object-class of its own.

The Object-Source Non-Identity Principle is the principle that no Object possesses a fixed source-composition. The proportion of an Object's integrated value attributable to A-function, I-function, and Mimetic Premium is determined by the Decision Hub's integration conditions at the moment of valuation, which are themselves governed by four contextual variables: scarcity (driving PM-visible through rivalry potential), observability (driving PM-visible and PM-ownership through public-display capacity), Model Salience (driving PM through the prestige cues operating in the cultural context), and A-baseline technology (driving the cost-to-A-adequacy ratio that determines what proportion of price is attributable to A-function). Objects therefore migrate across the necessity-luxury partition as these conditions change, in either direction, with the same physical Object capable of being PM-saturated in one historical or cultural context and A-I-dominant in another. The Object-Source Non-Identity Principle entails the Contextual Migration Corollary: orthodox economic analysis that treats Object categories as stable carriers of motivational source will systematically misread historical and cross-cultural variation as "preference change" or "supply change," when the actual phenomenon is source-composition migration the analytical framework cannot represent.

Every Object over which the Observer can emit signed Salience must already exist, and must already be present in the Thinker-parsed Object field as a possible target of action, prior to the Observer cycle that charges it. The Observer is therefore strictly posterior to its Object. Creation of Objects is a Thinker function, and for deficit-correcting Objects follows from Body Manager states the Thinker has parsed. It is never an Observer function. Creation is the first-encounter event and not a per-cycle requirement. Once the Thinker has parsed a deficit-correcting Object into the field, that Object is thereafter identified rather than created, and the identifying is the Observer's continuous work: sensory detection runs through the Observer, which reads the Object from the field on every cycle and supplies the Decision Hub with the target the Body Manager's deficit signal is acted on. Action-selection then proceeds at habit timescales on the cached-value store. What is intermittent is the Thinker's involvement, not the Observer's. The Thinker is returned to the Object only by the conditions that recruit it in the first place, novelty and prediction-mismatch (Chapter 4, Section 4.4.3): a correction that does not close the deficit, a location not met before, a context the stored posterior did not predict. A first itch parses the Object. Every itch after it is located by the Observer and scratched from the store. The Observer cannot precede the existence of its Object, because its only output (action-bearing signed Salience to the Decision Hub) presupposes the Object's existence.

The reciprocal valuation between two Individuals-as-Objects determines not only the social PM transfer between them (attention, deference, narrative authority, positional concession) but also the rate and direction of Object transfer between them. For any dyadic interaction in which Objects may change hands, the terms of exchange are governed by the same valuation architecture that governs social transfer. The party whose total valuation of the other is higher (relative to the other's valuation of them) accepts less favourable terms on Object transfer, yielding more Object-value than the A-I contribution alone would warrant. The difference between the terms accepted and the terms that A-I valuation alone would produce is the Mimetic Premium extracted through the exchange. Every price in every market is set through interactions between Individuals who are simultaneously Objects for each other; the PM embedded in any price originates in the PM-differentials operating across the population of transacting dyads. This is not an analogy to market pricing. It is what market pricing is, at the level of the Individual interaction from which markets are constituted.

Observability is the structure determining whose realised valuations and executed actions propagate into whose Salience field as observed Model signals. It plays two architecturally distinct roles in the fast valuation system: it governs the visibility of specific Model signals to observing Individuals, which enters the formalism as the Ignition Input, and it governs the strength of the feedback from realised valuation to environmental Salience, which enters as the Status feedback gain. Interventions on the first role are Class 1 Interventions and interventions on the second are Class 2 Interventions. At the network scale its between-Individual structure is the Observability Matrix, whose spectral radius sets the network Observability-channel contribution to loop gain.

The Observability Boundary is the structural line separating PM components that generate observer-accessible information (signal) from PM components and signal-production costs that generate no observer-accessible information (extraction). Status is constituted exclusively from information that crosses this boundary; extraction that falls below it is architecturally invisible to the network whose valuations constitute Status. The boundary operates across all Object categories in which PM operates and is structural rather than culturally contingent. In dyadic social interaction, the same boundary separates the visible signal side (who defers, who holds narrative authority, whose presence rearranges a room) from the invisible extraction side (attention, cognitive effort, and positional concession transferred from the lower-Status-PM party to the higher-Status-PM party), which Source Opacity prevents either party from detecting as PM rather than A-I recognition. The boundary therefore operates on two layers simultaneously: the underlying PM transfer through the preconscious channel, and the matched Confabulations that ratify the transfer afterwards.

Observability Gradient is the structural bias in allocation and valuation that arises because M-driven activity in its special case is audience-seeking and highly visible, while I-driven activity is largely private and low-visibility, so that Individuals inferring what is valuable from the observable field over-sample M and under-sample I, producing systematic misallocation of surplus resources toward visible, M-intensive activities rather than private, I-intensive pursuits.

Observability Governance is the deliberate institutional setting of how much of what Individuals choose and value is put in front of other Individuals. It acts on the network Observability gain: the entries of the Observability Matrix are set by the institutional and technological environment, so lowering them lowers its spectral radius $\rho (\Lambda )$ and with it the fast-channel Network Loop Gain $G_{net}^{\Lambda }$. It is therefore the network-scale form of a Class 1 intervention, thinning the stream of Model signals arriving at an Individual rather than changing what that Individual does with what arrives, and it is the fifth channel of the Knowledge Patch's footprint, the only one that is institutional rather than personal. Observability is treated as a design variable rather than an absolute virtue, calibrated to support Appetitive security, Intrinsically Motivated agency, Fairness, choice quality and genuine accountability while minimising gratuitous Mimetic pain (envy, humiliation, rivalry) that serves no positive, functional purpose.

Observability Matrix ($\Lambda$). The Observability Matrix is the cross-Individual adjacency matrix $\Lambda =[\lambda ij]$ encoding the rate at which Individual $j$'s realised valuation becomes an observed Model signal for Individual $i$, with $\lambda ij\ge 0$ for all $i,j$. $\Lambda$ is structurally given by the institutional and technological environment (platforms, disclosure regimes, sumptuary norms, broadcast media) and is the target of Class 1 interventions at the network scale. Its spectral radius $\rho (\Lambda )$ enters the network loop gain as $G_{net}^{\Lambda }=\alpha \cdot \beta \cdot \rho (\Lambda )\cdot {\sigma }^{\prime }(V^{\ast })$.

Every act of Status observation is simultaneously an act of PM transfer. No Individual can be observed as an Individual-as-Object without the observer's Decision Hub generating a PM-valuation that constitutes a contribution to the observed Individual's Status-PM and a transfer of PM to the observed Individual. Observation and transformation are architecturally inseparable. The parameter τ receives a unified interpretation across intrapersonal and interpersonal scales: at both scales, τ measures the time until the coupled system's endogenous evidence loop is interrupted by exogenous input. At the intrapersonal level, the endogenous loop is memory recall. At the interpersonal level, the endogenous loop is mutual Preconscious Transmission. Axiom-Derived Principle. Derived from Axiom 2 (Common-Currency Integration), Axiom 3 (Source Opacity), Axiom 7 (Preconscious Transmission), and the mutual constitution of Status and PM.

The reader-facing name for Mimetic Desire (M) used in the Minimal Architecture Specification and throughout the treatise where the architectural role of the component (continuous conditional Object-field Salience assessment, conditional on cached Thinker-supplied priors (these priors are maintained by the Thinker and reach the Observer by the Thinker's top-down projection, not read from the Decision Hub), with a distinctive social-observation input stream) is under discussion rather than the Axiom-1 source-taxonomy role. The Observer is not a distinct component from M; it is the same Disaggregation Primitive specified under its reading-surface function rather than under its source-taxonomy label. It is introduced in Chapter 4 Section 4.4 in the course of specifying the minimal architecture, and is used in preference to "Mimetic Desire" wherever the architectural function (continuous watching of the perceived Object field, salience-flag production, conditional dependence on cached Thinker priors, absence of stored priors, absence of termination condition) is the point being made. Use "Mimetic Desire" or "M" where the Axiom-1 taxonomic role is the point being made, and "Observer" where the architectural function is the point. The two labels denote the same component. The "passive" register of the English word "Observer" is deliberate and should be preserved: it helps the reader register that M operates without conscious deliberation on its own part, producing Salience signals that enter the Decision Hub without M itself choosing to act. The Observer's baseline function is the reading of the surrounding field and the attachment of signed Salience to the Objects in it, a function that operates whether or not other agents are present; the Model case, in which the Observer reads the valuations of other agents, is the special case of this function on which the framework's failure modes depend, not the definition of the channel. The salience-emission drive (Salience-Emission Asymmetry) is the redeployment of this channel: the Individual's own executed action re-enters as reception through observed responses to it (social reafference). Emission is not new machinery; it is this stream closed through the social world.

The breadth of the Thinker's generative operation (Imagination) over the Hypothesis Space is inversely conditioned by the magnitude of the Observer's live salience-weighting at the moment of generation, such that low Observer activity is the architectural precondition for the Thinker to construct Hypotheses of low prior M-Salience, including systemic Hypotheses that carry no immediate comparative-position payoff or that are status-costly to hold, while high Observer activity pre-narrows the generative operation's candidate set toward status-legible Hypotheses before Bayesian Updating ever operates on them.

Under AIM, any forgone return from redirecting capital or effort decomposes into PA, PI, and PM components. Compensating a party for legitimately forgone PA and P_I reflects genuine A-I sacrifice that was redirected. Compensating forgone PM reproduces mimetic extraction at one remove. The standard scalar "opportunity cost" label therefore cannot justify a return until decomposition is performed. Applied to surplus capital (capital the lender would not otherwise deploy productively), the productive opportunity-cost argument does not apply to the full balance on which interest is charged.

The OptOut Paradox is the apparent contradiction between the claim that Individual exit from Mimetic escalation is infeasible (because access to Appetitive sufficiency becomes contingent on Mimetic participation) and the claim that AIM-enabled intervention can arrest escalation (which seems to require that Individuals can exit).

Opt-Out Preservation is the institutional design principle ensuring that Individuals retain the capacity to refuse M-participation without forfeiting A-sufficiency or I-access, the fourth dimension of M-Management, such that people can walk away from conflicts, bubbles, polarised theatres, or toxic arenas without losing access to housing, employment, or basic social respect, and the genuine availability of exit options prevents the Opt-Out Paradox from reaching its terminal form (forced mimetic participation as a condition of survival). Refusal is the weaker half of opting out. An Individual who declines the contest but stays among its Models goes on observing them, so Opt-Out Preservation extends to the capacity to leave a Reference Set's observation for an interval long enough for the Reference Set's priors to release, with provisioning maintained through the interval, and that provisioned interval is a legitimate cost of Subcriticality Maintenance.

Optimal Coupling Strength is the domain-specific value of Coupling Strength that maximises net welfare, defined as the benefits of coupling (social learning, coordination, cultural transmission) minus the costs (certainty-without-Truth convergence, Source Opacity amplification, Confabulation Cascade acceleration); necessarily positive (because zero coupling eliminates the social learning that makes Positive Mimesis possible) and necessarily below Critical Coupling Strength (because above the critical threshold, costs dominate without bound).

The Output-Capacity Entailment Principle states that if a system S produces output O, then S possesses the capacity to produce O. The principle admits three variants: OCEP-Basic (the bare entailment from output to capacity), OCEP-Regular (the entailment that the capacity is a stable property of S if O is reliably produced across contexts), and OCEP-Denial (the claim that denying a demonstrated capacity is incoherent absent evidence of artefact, error, or intervening cause, and where such denial occurs on status grounds it constitutes Mimetic Deflection).

Ownership Signal is the Mimetic Premium component arising from the fact of ownership itself, independent of any observable characteristic of the Object owned, such that mere possession (and especially the social knowledge that one possesses) confers Status relative to non-owners.

Parasitic Equilibrium is the condition in which an emergent parasite (see Emergent Parasitism Principle) has reached a stable extraction rate that degrades the host's functioning without destroying it, Condition 4 (host-viability constraint) of the Emergent Parasitism Principle, such that the parasite's extraction is calibrated to the maximum sustainable rate: high enough to divert significant resources from the host's A-I functions, but low enough that the host survives and continues generating the value the parasite extracts.

Parasitic Overshoot is the condition in which extraction passes the maximum the host sustains: aggregate service of the Mimetic Premium exceeds the population's generative capacity above subsistence, so that what is taken is no longer the surplus but the substance. It is the crossing of the boundary that Parasitic Equilibrium rides — the Interest-Only Threshold, at which service equals the whole surplus — and it arrives through the three mechanisms of Chapter 12, Section 12.30: each extractor's rate is a reference point for its rivals, no participant computes the aggregate load, and the extraction is collected now while the exhaustion arrives later.

Parasitism (Architectural Sense) is PM extraction that operates on an Individual's access to Appetitive and Intrinsic provision without contributing to that provision: the extractor positions as a toll-gate on A-I access rather than as a co-producer of the goods sought. Chapter 19 treats interest on surplus capital as the paradigm instance: the lender extracts PM while the borrower's pursuit remains shelter, education, tools, or care.

The Parasitism Theorem is the qualitative theorem that in the three-node fast valuation system the mimetic channel operates parasitically on the Decision Hub and the Observability field, in the sense fixed by five properties: no self-termination, the M dynamics carrying a relaxation term but no deficit-correction term; no dedicated substrate, the couplings that close the internal loop being borrowed from host functions whose original roles are non-parasitic; no stabilising contribution, M supplying drive to the loop without absorbing drive from it; compounding determined by host parameters, the loop-gain condition being stated entirely in host parameters with no parameter of M; and independence from the ignition source, the cycle sustaining itself above threshold on ambient Salience feedback when the exogenous Model input is removed. It is the fast-layer formalisation of Object Parasitism: the two are one phenomenon stated at the catalogue level and at the loop level.

The claim that the Mimetic Premium is, in typical interpersonal transactions, a minority component of the integrated valuation produced by the Decision Hub, rather than a dominant one. PM accumulates and produces population-scale macro-residues by virtue of being non-satiating, unidirectional, and compounding, not by virtue of dominating any single transaction. PM-concealment by Source Opacity, Confabulation, and the Reciprocity narrative is feasible because PM is a thin layer in most exchanges; if PM were dominant per-transaction, the cognitive dissonance produced by Mimetically dominated transactions would overwhelm the Decision Hub's tag-stripping, Reciprocity narratives would visibly fail, and civilisational supercriticality would occur far more frequently than the empirical record displays. The Per-Transaction Minority Claim is a tightening of the framework, not a softening: PM needs only to be present, persistent, and unidirectional, compounding does the rest.

The Perceptual Primacy of the Observer is the derived result that the Observer is the general perception channel of the architecture, a continuous conditional Salience assessor over the entire parsed Object field, and that Mimetic installation is not a separate social faculty but the special case entailed when the field the Observer is already perceiving contains an Individual whose conduct toward another Object carries valence. Because the Observer tracks the directional movement and Salience of any Object for action-guidance (the branch in the wind, the vehicle through the corner, the cup on the table), it necessarily tracks the directional valence of other Individuals by the same apparatus, since other Individuals are Objects in the field whose movement must be tracked for the same action-guiding reason as any other Object. Adopted desire is therefore architecturally entailed, a system that perceived directional movement in general but selectively failed to perceive the directional valence of agents would require a second, agent-blind perceptual channel the architecture does not contain. The Minimum Installation Condition gate is the social special case of this general perceptual function, Installation Carrier Neutrality is its corollary on the input side, and the emergent crisis dynamics the AIM Framework addresses are properties not of the perception channel itself, which is benign, but of the coupling between many such channels through a shared medium, whereby each Observer's installed valuations become the observed valuations on which the next Observer installs. The result operates at the Disaggregation Primitive reading-surface level and adds no neural commitment, it makes explicit the entailment already implicit in the Observer's primary-function specification.

Phenomenal Affect is the felt, experienced quality of any internal state produced by integration, delivered to the Thinker as an already-formed datum. The term "affect" is used in preference to "emotion" deliberately, because it is broader: it covers not only discrete, individuated emotions but also sensations, moods, and felt bodily states (pain, unease, tension, arousal, and the like) that are experienced without necessarily being resolved into a named emotion. The architectural claims of the AIM Framework concern any such felt product, not emotions alone, so the wider term is the accurate one. Phenomenal Affect is a product of the same upstream integration that emits the Common-Currency Scalar, but it is not identical to that Scalar. The Common-Currency Scalar is the felt urge to act, the magnitude that crosses the threshold for action; Phenomenal Affect is the felt state generated alongside it. The two are joint products of a single integration event rather than the same quantity viewed twice, and they may dissociate. Both are emitted before deliberative processing and both have had their source tags destroyed at integration (Source Opacity Theorem), so the Thinker receives Phenomenal Affect as a felt state requiring explanation, with no introspective access to its A, I, or M composition. Phenomenal Affect differs from the Common-Currency Scalar in a further respect with significant consequences: it persists beyond the ignition event that produced it. Whereas the Scalar resolves rapidly at action-selection, leaving the Thinker no standing object to examine, the felt affect endures, remaining available to deliberative processing for an interval after the integration that emitted it. Both are equally tag-stripped at integration, so neither carries recoverable source information; but the affect's persistence gives the Thinker a window of observation that the transient motivational Scalar never affords. This is why an Individual can develop a richer, though still indirect and inferential, understanding of the source of an affect than of the source of a motivation. Not because the affect's tags survive, but because the affect remains present long enough for behavioural and contextual inference about its source to be attempted, whereas the motivation does not.

Phenomenological Collapse is the indistinguishability of source at the level of experience: a motivational output is accurately described phenomenologically, the felt wanting, urgency or fear, while its source is misidentified. The collapse operates on the Individual whose output it is and on any observer of that output, and for the same reason in both cases. Integration strips the source-tags before the Scalar reaches awareness, so the Individual holds no phenomenological property by which M-urgency could be told from A-urgency; an observer working from that Individual's report inherits the same undifferentiated evidence, and reads the source from conduct only by inference that requires the M-Hypothesis. The first-person and third-person cases are one result rather than two, because neither party can read a source off an experience that does not carry one. The observation "people want to be mad" (Emily Writes) is the third-person case: accurate about the output, wrong about the source (autonomous preference rather than Preconscious Transmission), precisely because Source Opacity and the Vocabulary Gap foreclose, respectively, introspective and inferential source-discrimination. Fear of an unmanaged Object in the field is the load-bearing case: the Observer and the Thinker trigger the phenomenological effect, including its physiological components, and the output is experienced as a desire emanating from the body itself; the Body Manager does not issue the signal (Chapter 4, Section 4.4.2; Chapter 8, Section 8.2.5).

Phenomenological Isolation is the architectural result that the Individual's first-person phenomenology of motivational origin presents the self as a sealed motivational locus. The result has two limbs, which are one sealed-locus result seen from two sides. The inward limb is self-origin opacity: desires are experienced as originating within an enclosed self, despite the architectural fact that mimetic uptake from observable Models has, in fact, partly constituted the Individual's valuations. The outward limb is mutual Self-Model inaccessibility: because introspective access stops at the boundary of the Individual's own Self-Model, the Individual has phenomenal access to one experience only, their own, and can neither directly share nor directly verify another Individual's motivational interior. The two limbs follow from the same premises (Axiom 7 (Preconscious Transmission, the Transmission Window) and Axiom 3 (Source Opacity), bridged by the Speed-Selectivity Trade-Off) the inward limb because the integrated output carries no source-tag the Individual could read, the outward limb because that same tag-stripped, integrated signal is private and is not transmissible at the level of source to any other Individual. Phenomenological Isolation is a claim about the phenomenology the architecture produces, not about the architecture itself; the Dissolution of Individualism (Chapter 19) addresses the latter and establishes that the autonomous-agent assumption is empirically untenable. Phenomenological Isolation persists in Individuals who have fully internalised the Dissolution at the conceptual level, because conceptual update operates on Conscious Cognition while the phenomenology is generated by preconscious mechanisms that conceptual update does not reach. Epistemic Status: Framework-Specific Result. Derived from Axioms 3 and 7 in conjunction, with the Speed-Selectivity Trade-Off as bridge.

The felt intensity and character of a motivational signal constitutes the Individual's real experience, regardless of the signal's source or its objective justification. Motivational signals from A, I, and M arrive at the Decision Hub without the Individual's consent and are integrated before conscious awareness, so the Individual's first conscious contact with a signal is reception rather than generation. It follows that source-signals are paramount inputs deserving respect: the Individual cannot be held responsible for having the desires they have, only for what they do about them.

The Physical-Reality Channel is the evidential route by which physical reality constrains a Belief. It is not a fourth motivational source: the Three-Source Taxonomy is exhaustive over motivation, and the Physical-Reality Channel carries evidence rather than drive, so the Referent Abandonment elimination requires four closures rather than three. The Physical-Reality Channel is closed by the availability of a decohered Referent, physical reality having already returned its verdict and made it accessible, and that closure is distinct from the I-channel's, which is closed by the decoherence of content. The channel an interested party invokes in defence of a Belief is not the one the Referent closes. A Belief whose evidence arrives only through the coupled expression of other Individuals has no contact with the Physical-Reality Channel, and its certainty is supplied by circulation rather than by any test.

Canonical layer. The architectural conclusion that, because Conflict is a system failure state of the interface between human Decision Hubs and no mechanic external to humanity is available to diagnose or repair that interface, humanity must perform the diagnostic and repair function on itself, upstream of Conflict, under continuous self-audit to prevent Mimetic capture of the diagnostic vocabulary. The capacity to discharge the Mechanic's Obligation is necessarily located within the human population itself rather than in any external agent, because every candidate bearer of the Mechanic's Obligation is composed of Individuals whose Decision Hubs run the identical AIM architecture, and no vantage point exterior to that architecture is available. The Knowledge Patch is the unique and sufficient instrument through which the Mechanic's Obligation can be discharged, because it operates downstream of the architectural features (Source Opacity, Confabulation, Object Parasitism) that produce the conflict failure mode, supplying the conceptual vocabulary (Epistemic Suspension, Two-Question Diagnostic, Presumption Against Scapegoating, substrate-disaggregation protocol, structural literacy regarding the Camouflage Architecture) required by I-Override to intercept confabulated action-readiness prior to completion, and it does so without requiring modification of the mimetic capacity whose removal would also destroy cumulative cultural transmission. The Mechanic's Obligation must be performed upstream of Conflict rather than in response to Conflict, and under continuous self-audit, because the same Source Opacity and Confabulation dynamics that produce conflict failure modes also operate on the diagnostic tools developed to address them: any diagnostic vocabulary humanity develops to heal itself will immediately attract Mimetic Premium and risk capture, and the physician healing itself must therefore continuously audit whether the diagnostic work has itself become a status game. Acquisition and application of the Knowledge Patch is itself an I-engagement returning I-reward, which supplies the architectural basis for propagation through positive mimesis rather than imposition. The Mechanic's Obligation is discharged recursively: each Individual who internalises the Patch becomes a bearer of the Mechanic's Obligation within their accessible scale of social organisation, and the collective density of literate bearers across the five scales (Individual, dyadic and small-group, coalitional and organisational, national, civilisational) determines whether discharge at each scale reaches the threshold required to prevent catastrophic reconfiguration at that scale before it occurs. The framework's dissemination is constitutive of this discharge, since dissemination is the process by which the Patch, which is the instrument of discharge, is supplied to bearers who would otherwise lack it.

The mechanism by which Mimetic Premium spreads from discretionary goods to A-necessary goods (housing, healthcare, education, food) through Object Parasitism, such that the minimum cost of A-sufficiency rises with PM-escalation rather than with production cost, operating through three architectural channels: direct contagion (the A-good itself acquires Status-association), ownership contagion (the fact of owning the A-good signals Status), and market contagion (PM-pricing in adjacent markets feeds back through comparable-property mechanisms).

Mimetic Premium (Status-PM) accumulated by an Individual-as-Object in one domain is deployable, without discount, in any other domain in which observers process that Individual as an Object of valuation. Fungibility is not a capacity of the PM-carrier but a property of the observer's receiving architecture: Common-Currency Integration tag-strips incoming Salience signals at the Decision Hub, destroying domain-of-origin information along with source-identity information (Source Opacity, Axiom 3), so Status-PM earned in one field is processed on the same neural footing as Status-PM earned in any other. Two corollaries follow. Domain Crossing: an Individual carrying high PM enters an unrelated domain already advantaged, because the receiving observers cannot register that the PM originated elsewhere. Domain-Boundary Conventionality: the boundaries that are supposed to confine Status to its domain of origin ("stick to your lane") are conventional counter-signals maintained against the architecture, not features of the receiving system, they are boundary-Beliefs, and they hold only while actively maintained.

The PM Production Cost Asymmetry is the Salience Substitution Principle's channel-gate cost term: ongoing intrinsically driven emission spends the Individual's own effort and resources (practice, craft, materials, tools), and a single transgressive act draws maximum Salience without spending those resources. Valence-Neutral Status ensures both return equivalent Mimetic Premium once integrated.

For any population N greater than or equal to 2 satisfying the capacity condition, push-based obligation architectures with institutional A-floors Pareto-dominate demand-based architectures in aggregate need-satisfaction. The welfare gap grows approximately linearly in N for N greater than 150, because demand coverage saturates at the Dunbar bound while push coverage scales with overlapping-network topology. The gap is driven primarily by the elimination of Mimetic Premium deadweight and secondarily by the recovery of coverage gaps.

The Portfolio Signal is the Mimetic Premium component arising from multiple ownership within the same Object category, signalling wealth magnitude through quantity of holdings rather than quality of any one of them.

Because the cognitive architecture (Common-Currency Integration, Source Opacity, Confabulation, Bayesian updating, Preconscious Transmission) is invariant across Individuals (Content-Agnosticism), the direction and magnitude of Mimetic Premium flow during reciprocity-equilibria are dictated not by differential cognition but by differential social position, which determines the Confabulation templates available to the Individual, the Observability gradient the Individual occupies, and the PM-channel mix (PM-visible, PM-ownership, PM-portfolio, PM-interest) loaded onto the Individual.

A Positional Object is any Object whose valuation in a Subject's Decision Hub carries a Mimetic Premium constituted by the Subject's standing relative to a Model under conditions of exclusivity, such that the Object's M-component exists if and only if (i) a Model exhibits directional valence toward the Object (the Minimum Installation Condition's gate clause) and (ii) the Object is scarce in the specific sense that holding, occupancy, or access by one party forecloses holding, occupancy, or access by the other. Positionality is therefore a property of the valuation relation under exclusivity, not a property of the Object's physical kind: the same physical Object is positional when the dyadic conditions obtain and non-positional when they do not. Where holding or occupancy is mutually exclusive, the dyad is already zero-sum (the Subject's holding or occupancy of the Object is identically the Model's exclusion from it) and denial of access by the Model is the limiting case in which the zero-sum relation is resolved in the Model's favour. No reference group, distribution, or third party is required: the relation is complete with one Model, one Subject, and one indivisible scarce Object. The population-scale "Positional Good" of economics is the aggregate replication of this dyadic relation across many Subjects who share Models; aggregation scales the relation and adds rivalry escalation, but does not create the zero-sum property, which is constituted at the dyad. This is the valuation-side counterpart of the Low-Pass Filter Analogy of Aggregation, under which aggregation reveals rather than generates the M-signal.

Positional Goods are the population-scale aggregate of Positional Objects: market-transacted or socially-distributed Objects whose value to any Individual depends primarily on relative scarcity and social comparison rather than on A-function or I-enablement, such that their value falls as more Individuals possess them. Within AIM, the zero-sum and non-satiable character of Positional Goods is not constituted at the level of the good-within-a-population but is inherited, by replication across Subjects who share Models, from the dyadic exclusivity defined under Positional Object (the canonical, constitutive entry, see there). The term "Positional Good" is retained for continuity with the economics literature (Hirsch 1976; Frank) and should be used in economic discussion; in all such uses the capitalised term routes to Positional Object for its architectural grounding. AIM's contribution over the inherited concept is twofold: it dissolves the unstable "positional vs non-positional good" dichotomy by relocating positionality from the Object's kind to the valuation relation, and it explains the migration of Objects into and out of positional status that the population-level definition cannot represent.

Positive Mimesis is mimetic transmission that propagates beneficial behaviours, values, or desires which expand I-capacity, secure A-floors, or maintain M at sustainable levels, demonstrating that mimetic dynamics are not inherently destructive but can be channelled toward flourishing when the transmitted content supports rather than undermines the conditions for well-being.

**The Positive Mimesis Preservation Principle holds that because Positive Mimesis (cultural learning, emotional synchronisation, prosocial modelling and collaborative coordination) operates through the same preconscious transmission architecture as Negative Mimesis and requires non-zero Coupling Strength to function, the normative target is not the elimination of M or of coupling but Optimal Coupling Strength, in the band 0 < κ* < κ_c.**

The Positive Re-evaluation Obligation is the rule, within Cascading Consequences, that any incapacitation is justified only for so long as the enduring-threat finding on which it rests is affirmatively re-established on periodic review, and that the basis for incapacitation lapses if it is not positively renewed. Because incapacitation is justified solely by forward risk and never by desert, it has no standing basis once the forward risk is no longer positively established; the burden is therefore to re-establish the finding at each review, not on the contained Individual to earn release against a presumption of continued containment. The obligation is the maintenance form, at the scale of the single contained node, of the same principle that governs validated authority elsewhere in the framework, that a warrant is continuously validated rather than granted once and retained indefinitely.

A post-appetitive society is one where, for most people most of the time, basic A-needs are reliably met, so marginal gains in income and production increasingly flow into I-pursuits and M-intensive competition rather than into sheer survival.

The Posterior, or Posterior Probability, is the probability assignment P(H | E) that the Thinker holds over a Hypothesis H within the representable Hypothesis Space $\mathcal{H}$ after Bayesian Updating has incorporated the current Evidence E, computed from the Prior P(H) and the Likelihood P(E | H). The Posterior of the current updating cycle becomes the Prior of the next. The Posterior is the output of Ground-Resolution, the evaluative operation the Thinker contributes to Conscious Cognition for a single updating cycle; it carries a probability profile over $\mathcal{H}$ and a magnitude of the Interference Term. Whether what the cycle returns amounts to a Belief depends on whether probability mass has collapsed to near-unity on a single Hypothesis, whether the Interference Term has decohered to zero, and the closure-demand conditions under which the cycle terminated.

Posterior Belief, denoted P(H | E), is the degree to which a Hypothesis H is held to be true after Bayesian Updating: the probability Conscious Cognition assigns to H once the current Evidence E has been incorporated, computed from the Prior Belief and the Likelihood. It is a matter of degree, the same quantity expresses holding H false (low) or true (high), and updating moves it along that scale. It is fully general as to subject matter. The degree of holding-true is not a measure of Truth: a Posterior Belief can be updated to near-certainty and still fail to correspond (Certainty-Truth Independence). The Posterior Belief of one cycle becomes the Prior Belief of the next. The Posterior Belief over the source of a motivation is the specialisation named Source Belief; there the recursion (each Posterior becoming the next Prior) is the hinge of the Confabulation Cascade, because each update that raises Authenticity Belief lowers the prior on the Mimetic Hypothesis before the next want is even examined.

Practical Redirect is the mandated procedural move, on completion of the scapegoat diagnostics whatever they return, to shift institutional and individual attention from "who to punish" toward "what would actually reduce A-harm, restore I, or damp M in this system," requiring that proposals for action be recast in terms of structural levers (A-floors, I-domains, visibility governance, M-management) rather than person-focused vengeance or exclusion. The question is asked in every case; what the diagnostics settle is the answer. Where the Presumption Against Scapegoating holds, the answer is structural and the question turns attention away from the target, which is what the name records. Where the Presumption is rebutted and the target is established as the gate on the Object, the question returns the tractable action that recovers it, and the retributive surplus is excluded not by a further rule but because it answers nothing the question asked. The redirect is absolute in both cases: where the Presumption is rebutted, it concedes the authorship the Three-Test Battery established and declines desert, the claim that the author is owed a cost beyond repair. The answer is a structural lever in every case, never a person, and which lever is fixed by substrate under the Eliminative Structure of Crime. The Three-Test Battery's outcome adds a limb rather than changing the kind: provision to the aggrieved and to the field around the author is live either way under Cascading Support, and where an agent is tractable the question also asks what would prevent recurrence, which Cascading Consequences answers on the levers that loaded the stake, floor-preserving throughout. Where the Three-Test Battery has passed, the choice between pressing for punishment and turning to repair is the harmed Individual's, because the design target for a justice system is a state that declines the role of punisher, so a retribution the harmed Individual chooses is a retribution the harmed Individual performs.

Pre-Loading is the upstream operating mode of the Knowledge Patch: the conscious installation, ahead of the valuation cycle, of standing priors into the Belief Register that condition the Observer's Salience computation before it runs. Where the Patch's interceptive channels act on a signal already computed and integrated (the I-Override gate between valuation and motor output; Hypothesis-Space enlargement and Interference-Term maintenance on the slow layer's resolution of the integrated Scalar), Pre-Loading acts through the Thinker's prior-maintenance function and the Belief Register's salience-conditioning templates, lowering the amplitude of what enters the loop at source. The mode is architecturally grounded in the Minimum Installation Condition's magnitude clause: observation of another Individual's directional valence opens the installation gate whatever the priors, but the installed signal's Salience weight is set by the priors the Belief Register is currently delivering, so deliberate revision of those priors is a volume control on the loop's input. Installation of a Pre-Loaded prior is subject to ordinary Belief-Register Update dynamics: it requires repeated Ground-Resolution cycles, not a single insight. Pre-Loading operates through two channels, Low-Salience Pre-Loading and Divergent-Path Pre-Loading, bounded respectively by the Salience Floor and the Testimony Floor.

Canonical-definition layer: The methodological commitment, load-bearing for the framework's civilisational-scale claims, that the two error modes associated with civilisational-scale risk assessment are not equivalent and cannot be treated as equivalent by any methodology that takes terminal stakes seriously. The civilisational-scale risk the framework identifies is nuclear war between major powers in the grip of supercritical Mimetic rivalry, at a scale that would eliminate or permanently foreclose the conditions for organised human life. Overstating this risk and being wrong incurs recoverable costs: misdirected attention, opportunity cost, reputational damage to the framework. Understating this risk and being wrong incurs non-recoverable costs: the outcome forecloses the possibility of revision, because there is no surviving community to do the revising. The standard scientific procedure of formulating a Hypothesis, observing the outcome, and revising accordingly presupposes a surviving community to execute the revision step. That presupposition fails at nuclear scale. The framework accordingly declares the Precautionary Asymmetry as an explicit methodological commitment and positions civilisational-scale claims as architectural entailments from the dynamics validated at survivable scales, extended through the historical record of post-threshold cascades at pre-nuclear civilisational scale. See Appendix A.6.3 for the full declaration and Appendix A.6.1 for the scale-differentiated falsification criteria at survivable scales.

Preconscious transmission is the propagation of mimetic signals through mirror neuron systems and social-reward circuits faster than conscious report (in the human substrate, on best-current estimate, 60-340 milliseconds), prior to conscious awareness, attentional gating, or deliberate reasoning, such that mimetically-copied valuations reach the Decision Hub with no accompanying phenomenology the Individual could consciously catch; that their source cannot be recovered afterwards is Source Opacity, which holds whatever the latency. [Axiom 7: Preconscious Transmission]

Predator is an agent-type category in human causal cognition characterising entities that exhibit capability and hostile intent indicators, triggering threat-avoidance systems that evolved to detect dangers requiring defensive response, including environmental hazards, aggressors, competitors, and any agent whose approach behaviour, size, weapons, or posture signals immediate danger to the observer's survival or well-being.

Recharacterising the mirror neuron system as predictive coding does not dissolve mimetic transmission. Under the architectural conditions the framework identifies (preconscious operation, projection to valuation circuits, Common-Currency Integration), prediction of another Individual's goal simply is functional imitation. The entailment proceeds in three steps: predicting goal-directed action requires internal modelling of the goal; the modelled goal projects to and modulates valuation at the Decision Hub; and a valuation-modulation entering the Decision Hub is, functionally speaking, a desire. To resist the conclusion, a critic must either identify a preconscious goal-discriminating filter, none having been identified, or demonstrate a representational distinction that survives Common-Currency Integration, which Source Opacity and the Data Processing Inequality exclude.

A sincerely held prediction occupies a superposed classification state, neither Confabulation nor verified Belief, for the interval between its formation and the expiry of the Decoherence Time of the domain it concerns, collapsing to Confabulation if it resolves false and to correct Belief if it resolves true. In unbounded-Decoherence-Time domains the prediction never collapses, because no world-constraining truth-value is available, and a prediction that cannot be settled is not a prediction but a tautology with a time-stamp. The Predictive Superposition Principle is a consequence of applying the Decoherence Trichotomy to Beliefs whose Referent is a future state of affairs rather than an existing one: until the Decoherence Time of the domain arrives, the prediction is sincere and the truth-value is pending, placing the Belief in a classification state that the truth-axis criterion alone (which governs Confabulation) cannot yet resolve.

Prestige-Biased Learning is the adaptive heuristic by which Individuals preferentially copy the Beliefs, preferences, and behaviours of high-prestige models (those who are successful, respected, or socially central) enabling efficient cultural learning (copying successful strategies reduces trial-and-error costs) but also enabling Confabulation propagation (Confabulations expressed by prestigious sources achieve elevated transmission regardless of accuracy because the heuristic is content-indifferent).

The Presumption Against Scapegoating is the default normative rule that Grievance Beliefs (whether at the individual level (when a person feels drawn to blame a particular agent or group for felt deficits) or at the population level (when a society converges on a designated enemy)) must trigger increased scepticism rather than increased confidence, such that in contexts of diffuse harm, system strain, or chronic A/I deficits, institutional and individual responses must begin from the assumption that apparent culprits are more likely to be targets of Confabulation and structural stress than true causal sources, and that no agent is held to be the author of the harm unless a higher evidential bar is met that survives the Information Gap Principle, passes the Grievance Gateway (Origin Check, A-Check, I-Check) and, for grievances passing the Grievance Gateway, the Three-Test Battery (Immediacy, Mechanism, Authorship), and, before any consequence is directed at the agent rather than at the structure, demonstrates that structural remedies have been considered and found inadequate. Rebuttal of the Presumption establishes authorship and licenses action on the gate the author holds. It never licenses punishment, which is excluded whether the Presumption holds or is rebutted.

Prey is the agent-type category in human causal cognition characterising agents who occupy a structural position of vulnerability (reduced capacity to retaliate), visibility (observable and identifiable), and reciprocity-exemption (outside the exchange network that would make targeting costly), triggering cognitive systems that evolved to identify opportunities for low-cost resource extraction, and constituting the fourth exhaustive agent-category alongside predators, collaborators, and rivals

Price decomposition is the analytical breakdown of any transaction price into three additive components: P\<sub\>A\</sub\> (the A-Functional Price, which purchases deficit correction, what would be paid for any object adequate to satisfy physiological need), P\<sub\>I\</sub\> (the I-Adequate Price, which purchases process enablement, what would be paid for any object adequate to enable intrinsic pursuit), and P\<sub\>M\</sub\> (the Mimetic Premium, the portion paid for the Status that ownership of this specific object confers, beyond A-functional or I-adequate worth), such that total price P\<sub\>total\</sub\> = P\<sub\>A\</sub\> + P\<sub\>I\</sub\> + P\<sub\>M\</sub\>.

Price Inflation Ratio is the Crisis State Variable measuring the ratio of the Mimetic Premium (P(M)) in the prices of essential goods, housing, education, healthcare and the other goods an Individual cannot forgo, to the Appetitive and Intrinsic components of the same prices, taken over transactions and aggregated across them, since the Price Decomposition is defined on the purchase and not on the good. In the notation of the Price Shares the Price Inflation Ratio is sM/(1 − sM) over the essential-goods basket. The Price Inflation Ratio reads, in the markets an Individual cannot forgo, the first two factors of the Build-Up Time Decomposition: the Premium each transaction carries, and the share of essential markets that carry a Premium. Premium financed by debt enters the claims whose service limit is the Interest-Only Threshold.

Price Shares (sA, sI, sM) are the fractions of a transaction price contributed by each component of the Price Decomposition: sA = P\<sub\>A\</sub\>/P\<sub\>total\</sub\>, sI = P\<sub\>I\</sub\>/P\<sub\>total\</sub\>, and sM = P\<sub\>M\</sub\>/P\<sub\>total\</sub\>, non-negative and summing to 1. They are the price-register analogue of the AIM Weights: where wA, wI, and wM partition the pull on a Decision Hub at the moment of choice, sA, sI, and sM partition the money in a transaction. The two triples are related but not equal: sM coincides with wM only where the source-specific utilities of the Object are equal, and the divergence between them is itself informative, since a good bought by Individuals of modest wM can still carry a large sM where its Mimetic utility dominates its A-function and I-enablement. sM is the natural object of M-targeted policy (the M-Tax base) and of any good-level or firm-level measurement of Mimetic Premium extraction, because it is defined on the observable transaction rather than on any Individual's Decision Hub.

The Prior, or Prior Probability, is the probability assignment P(H) that the Thinker holds over a Hypothesis H within the representable Hypothesis Space $\mathcal{H}$ at a given moment of Bayesian Updating, prior to the incorporation of the current Evidence. The Prior is index-relative: each Posterior resulting from an updating cycle becomes the Prior for the next cycle, so “Prior” names a position in the updating chain rather than a privileged absolute starting point. The Prior is the state from which Ground-Resolution, the evaluative operation the Thinker contributes to Conscious Cognition, begins its current redistribution of probability mass across $\mathcal{H}$; it does not in its own right settle whether what the cycle returns amounts to a Belief, which is determined at the moment the updating cycle terminates.

Prior Belief, denoted P(H), is the degree to which a Hypothesis H is held to be true before Bayesian Updating: the probability Conscious Cognition assigns to H at the start of an updating cycle, before the current Evidence is incorporated. It is a matter of degree, not a verdict, a low value is H held to be probably false, a high value H held to be probably true, so a single Prior Belief spans disbelief to Belief on one scale. It is fully general as to subject matter: a prior Belief about tomorrow's weather, a diagnosis, or a legal question is a Prior Belief in the same sense as one about the source of one's own wanting. The degree to which H is held true is not whether H is true (Truth is correspondence with the world, independent of credence); a Prior Belief may sit at any degree and still misjudge H. Like the Prior it carries, it is index-relative: each cycle's Posterior Belief becomes the next cycle's Prior Belief, naming a position in the updating chain, not a fixed start. The Prior Belief over the source of a motivation (the distribution across the A, I, and M source Hypotheses) is the motivational specialisation named Source Belief.

Prior Examination Inversion is the phenomenon whereby the most consequential input to Belief-formation, the prior probability assignment P(H), is conventionally the last to be scrutinised, if it is scrutinised at all, because phenomenological immediacy makes priors feel like background facts rather than assumptions, epistemic norms focus attention on evidence evaluation rather than prior audit, and social costs of questioning shared priors exceed the social costs of questioning evidence.

The continued pursuit of an activity when no one is watching, no external reward is contingent on performance, and no audience is present. Private Persistence is the critical diagnostic feature of Intrinsic Motivation (I). Read across an interval long enough for an established Mimetic valuation to release, Private Persistence excludes Mimetic Desire (M) in its special case, and Private Persistence in an activity that is rewarding in the doing indicates I. Private Persistence is evidence for I, not proof of I. An Appetitive need persists in private until it is met, a Habit runs on the Decision Hub's cached-value store whatever formed it, and M in its general case, the Observer's Salience over the perceived field, requires no Model and so no audience to remove. The A-test of the Two-Question Diagnostic separates the first; whether the activity is rewarding in the doing, and for an observer whether it deepens with competence, separates the other two (Chapter 18, Section 18.7.2).

Proactive Cascading Support is Cascading Support applied before or during crisis rather than after the act: A-restoration, I-enablement, M-containment and Knowledge Patch dissemination, in that order. The ordering is load-bearing: A-Floor security comes first because A-desperation amplifies M-susceptibility through Phenomenological Collapse, where I-Override cannot gain traction. It operates through legitimate, sovereignty-preserving channels and addresses architectural parameters (A-sufficiency, I-access, M-bounding, Hypothesis Space expansion), not Content. Because the field-correction logic refers to no scale, it applies alike to a household, a community and a population, and it reaches the field around a generating node as well as the field around those it would harm.

The Problem of the Priors is the question of where an Individual's Prior over a set of Hypotheses comes from before Evidence bears on it, and whether that origin matters to the Belief the Individual reaches. Explanation. Two answers have been standard. One is a principle of indifference that spreads the Prior evenly over the Hypotheses, which gives different answers under different ways of dividing them. The other is a subjective Prior whose origin the Washing-Out Principle makes irrelevant once enough Evidence arrives. The architecture's answer is descriptive: most Priors are inherited. An Individual acquires Heuristics, and the Hypotheses that fill them, from other Individuals, so a population's Culture supplies the distribution its members begin from. Where the conditions of the Washing-Out Principle hold, the inherited Prior washes out. Where they fail, it persists. Where the true Hypothesis is absent from it, no quantity of Evidence supplies it, because a Hypothesis with no Prior receives no Posterior.

Projection is Confabulation applied to others, the generation of sincere but inaccurate explanations for other Individuals' motivational states, using cognitively available Templates drawn from the projecting Individual's self-model, cultural repertoire, and activated categories.

Propagation Pathways are the transmission mechanisms through which individually-generated Confabulations achieve collective uptake and population-level convergence: (1) Prestige-biased learning, preferential copying of Beliefs expressed by high-status models, transmitting Confabulations regardless of accuracy because the source is prestigious; (2) Social proof, using the distribution of Beliefs across the population as evidence for validity, amplifying Confabulations once they achieve initial uptake because observers cannot distinguish independent convergence from dependent copying; and (3) Mimetic template transmission, propagation of generalizable narrative patterns (not just specific claims) that others deploy to explain their own desires, making Confabulation recursive as templates are copied, deployed, expressed, observed, and copied again.

Provenance Agnosticism is the result that the Knowledge Patch is agnostic as to how a correct prior is adopted: the architecture weights the Salience computation by the prior's posterior regardless of provenance, so a prior adopted through repeated social exposure attenuates the loop identically to one reasoned into place. The result follows from Axiom 8 (Bayesian updating is content-agnostic), from the Belief Register's storage of posteriors and salience-conditioning templates without provenance records, and from the Minimum Installation Condition's magnitude clause, which reads whatever the Belief Register delivers. Adoption route affects durability, not operation: a prior not decohered against the Individual's own architecture is more exposed to social displacement, but conditions the Observer identically while held. The consequence is a strengthening of the framework: the Patch is transmissible by ordinary mimetic and Bayesian means, so realistic partial uptake does not require a population of careful reasoners, and the Patch can propagate through the very social-proof channel it is designed to quiet.

Education is not completed at the end of schooling. A True Belief installed by teaching is held on the testimony that installed it and is exposed to Contactless Updating for as long as endogenous Evidence continues to arrive, so obeying the Referent requires the Belief to be maintained as a recurring task. Repetition of the verdict without its provenance is Evidence of the same class as the Evidence arriving against it and holds the Belief only on the balance of the social flow. What can take the Belief out of that contest is the Individual's own operation of the Provenance Rule, which requires the trace of the settling test to be kept available and the operation itself to be kept in use. The interval at which maintenance is owed is set by the rate of the flow against the Belief and shortens as Coupling Strength rises. The maintenance defends against Contactless Updating away from the Referent and not against the Mimetic Drive to False Belief, which declines the operation altogether; where both act on one Belief, both remedies are owed, and the Standing Test settles whether positional value is present.

Where a general theory that meets the Completeness Criterion for General Theory Status contradicts the foundational assumptions of a rival account, the rival field is obliged to account for the evidential provenance of those assumptions: how they were first arrived at, on what evidence, and against what alternatives were available and set aside. The field must then either defend the assumptions on their merits or supply a replacement theory discharging the same explanatory obligation under the Replacement Requirement. Treating the assumptions as settled by precedent alone, without either defence or replacement, does not satisfy the obligation.

The procedural rule that evidence received from another Individual is to be held below certainty until the provenance of the Belief can be traced back to a source presenting a replicable test against physical reality, and that test has been run by the receiving Individual or by a community of independent testers whose replication is genuine rather than social. *

The result that, because an artificial Proxy's coupling profile is a design property rather than an unavoidable social position, an artificial Proxy can be designed to expose, alongside its answer, an estimate of the Coupling Strength and Decoherence Time of that answer derived from the provenance of the sources the answer draws on. Such a signal tells the Individual whether a given response rests on independently checkable evidence or on the endogenous consensus of the training corpus, equipping the Individual to apply Epistemic Suspension exactly where the architecture warrants it. The signal is the structural opposite of the displayed engagement metrics that raise Coupling Strength on social platforms: it measures how far the Belief's evidence base stands from a test against physical reality, is embedded in the response itself rather than read off a crowd, and cannot be co-opted into a prestige cue because the artificial Proxy has no exogenous status position. The formal estimator mapping a set of cited sources to a Coupling Strength and Decoherence Time pair is a forward-looking design consideration left to subsequent technical work; the result's desirability does not depend on any particular implementation succeeding.

A Proxy is an entity (human intermediary, institutional vehicle, or artificial system) that acts on behalf of or in the interests of an Individual, business or collective, as distinct from the Individual whose motivational architecture AIM describes.

Pseudo-Empathy is the output of the Empathy-Mimesis Antagonism: an Intrinsic empathic signal that has fused with an agent-attribution for the sufferer's condition and now functions as targeting permission rather than as care. It is distinguished from empathy by what it tracks rather than by how it feels. Pseudo-Empathy intensifies with the vividness of the perpetrator-narrative rather than with proximity to the sufferer; it requires the attribution to hold, so removing the identified agent dissipates the motivational force or turns it on whoever removed it; and it produces action directed at the accused rather than restoration for the suffering, which is the diagnostic that settles it, the Intrinsic function having been restoration. Pseudo-Empathy is sincere: the Individual believes they are moved by compassion, and under Axiom 4 that belief is the honest output of the architecture.

Canonical Definition. The Punitive Inversion Principle is the result that punishment acts on the forcing of the inter-Individual loop and on none of the couplings that compose it, so that no severity of penalty and no certainty of its application carries a super-critical interface below the Critical Loop Gain, and that the three quantities punishment does reach are each moved in the direction that raises the gain rather than lowers it. The first limb follows from the two-class intervention typology: a threatened penalty is an input to valuation rather than a coupling, so it shifts the operating point at which the loop runs without entering the stability condition, and a cycle already closed and super-critical sustains itself on ambient Salience feedback whatever its forcing. The second limb identifies the three quantities: Appetitive provision, lowered at the worst-off position by fine, custody, and the collateral foreclosure of employment and housing, which raises the amplification rate and lowers the corrective rate under the Floor-Breach Ignition Corollary; the Thinker's templates, hardened by a penalty imposed on a Self-Model that acted sincerely, at the argument whose reach into valuation is longest and grows without bound as the Loop Gain approaches its critical value; and the Coupling Strength of the enclosing population, raised by the boundary a conviction hardens. A corollary settles the standing of severity against certainty: the Subcriticality condition compares rates, an output-level consequence contributes to the corrective side at the rate it arrives, and severity is a magnitude rather than a rate and therefore cannot enter the condition at all. Punishment is accordingly not a weak instrument of Subcriticality Maintenance but an operation of the opposite sign, and no quantity of punishment arrives at a society whose interfaces sit below the Critical Loop Gain. Framework-Specific Principle.

Interpersonal obligation beyond Appetitive sufficiency is stable in one direction only. It is stable as push, self-initiated outward from the duty-bearer's capacity, and unstable as pull, extracted inward on the claimant's felt entitlement. Five established results entail this: Mimetic Desire carries no satiation signal, so any structure admitting M-driven demand installs a self-escalating infrastructure in which each concession resets the baseline; Coercion is the weaponisation of M-dynamics or the exploitation of Appetitive deficit to override I-led choice, so any structure treating refusal as moral or relational fault is coercive whatever language dresses it; Freedom requires that Intrinsic Motivation lead, so an obligation structure must preserve the duty-bearer's I-leadership rather than replace it with compliance; Cascading Support fixes the direction of Appetitive duty as outward from capacity; and Source Opacity with Confabulation denies the claimant introspective access to whether a felt entitlement is Appetitively grounded or Mimetically generated, so no architecture can admit the good demand while excluding the Mimetic one. Jointly these entail that the only stable interpersonal architecture beyond Appetitive sufficiency is push-predominant, with Demand withdrawn as a mode and the clean Ask retained as polarity-neutral coordination, on an institutionally guaranteed Appetitive floor.

The non-inflationary fiscal mechanism under which the state issues direct monetary disbursements to Individuals, the defining feature of which is that newly created or fiscally authorised money reaches Individual recipients without intermediation through institutional balance sheets, asset markets, or the commercial banking system. QEIR covers the full range of direct-to-Individual state disbursement functions within AIM's institutional architecture, including (a) Cascading Support payments to Individuals made whole after loss arising from the operation of systems they did not design and could not reasonably have controlled, (b) Universal Basic Income payments issued to all Individuals on a regular periodic basis as a baseline entitlement irrespective of loss or need, and (c) any further direct-to-Individual disbursement functions the institutional architecture subsequently incorporates. QEIR is distinguished from conventional Quantitative Easing by the identity of the recipient, the Individual rather than the financial institution, and by the purpose of the disbursement, the direct provision of purchasing power to Individuals rather than the transmission of monetary policy through asset-market interventions. QEIR is non-inflationary in its architectural design because it is calibrated either to replace value already lost (in the Cascading Support case) or to distribute purchasing power against existing real productive capacity on a basis that the broader AIM monetary architecture offsets through complementary fiscal and monetary instruments (in the UBI case and analogous functions), so that the aggregate effect on the price level is neutral by design rather than incidental.

Quantum Epistemology (QE) is the finding that Belief dynamics require non-Boolean (vector-space) probability for correct modelling, because Common-Currency Integration collapses the source-vector into a single Scalar at each valuation and Source Opacity prevents any later evaluation from recovering the source decomposition, so that sequential evaluations are projections onto non-aligned reference frames and exhibit non-commutativity, non-separability, and interference effects that are structurally impossible within classical (Kolmogorov/Boolean) probability. The non-commutativity is present at the intrapersonal baseline, in a single Individual evaluating alone, is reinforced by self-coupling through memory recall, and is amplified, but not created, by interpersonal coupling. Coupled social systems, in which Individuals' expressed Beliefs constitute Evidence for other Individuals' updating, are therefore the principal application of the finding rather than its scope. The finding provides the algebraic foundation for AIM's core principles including the Coupling-Concealment Identity and the Rationality Misattribution Principle.

The readiness potential (RP) is the slow negative shift in electrical potential measured over motor cortex (via EEG) that begins 350–800 milliseconds before conscious awareness of intention and 800–1500 milliseconds before the executed voluntary action, demonstrating that neural preparation for action precedes conscious decision, thereby creating a temporal window during which preconscious inputs (including Mimetic signals processed within the Transmission Window) shape choice architecture before consciousness can intervene.

The Rationality Misattribution Principle is the named result establishing that apparent violations of classical probability axioms in social decision-making, including conjunction fallacies, order effects, and preference reversals, are not failures of rationality but predictable consequences of non-Boolean Belief dynamics operating under Mimetic coupling (κ \> 0), provable only within the vector-space probability framework of Quantum Epistemology.

The Reciprocal Care Principle is the result that, because Source Opacity (Axiom 3) bears unevenly on the channels of motivational evidence, the Individual and a capable other are differently placed (each with access to evidence the other lacks) to infer the Individual's genuine Appetitive needs and Intrinsic conditions, so that care is reciprocal and complementary rather than hierarchical. The Individual holds evidence the observer cannot reach directly, notably the audience-removal counterfactual on whether an activity would still be wanted for its own sake unobserved; the observer holds evidence introspection does not supply to the Individual, notably the externally legible behavioural signatures of persistence, escalation, and observability-dependence, which the observer can read because they are not bound to the specific Confabulation that shapes the Individual's own account of the desire (the observer's advantage being local to this desire, not a general superiority of reasoning). Neither vantage point is complete: no Individual has perfect introspection and no observer has perfect inference, and neither reads the AIM weights directly, since the weights are always inferred from behaviour. The Reciprocal Care Principle asserts no general epistemic privilege of observer over Individual. It asserts that the two evidence bases are non-substitutable and, being independent lines of inference toward the same latent source-composition, can be triangulated against each other (convergence raising confidence in the attribution, divergence localising where a Confabulation is most likely operating) so that care combining them is better founded than care drawn from either alone. The source-composition thus triangulated is a grounded fact, not a purely endogenous construct: the Appetitive and Intrinsic components are bounded facts about the world (a determinate bodily need, an engagement that survives removal of any observer) each with a Referent existing independently of the readings taken of it, whereas only the Mimetic component has no terminus of its own and is constituted by positioning. Reciprocal care is therefore a grounded inquiry into genuine need rather than a negotiation over positioning, and where a traced, decohered Referent is available it takes strict priority over the endogenous positioning the same desire also affords, in keeping with the Referent Primacy Principle. This distinguishes the inference from the endogenous Belief-formation analysed under Quantum Epistemology, where no decohered Referent is available and Belief tracks consensus. Stated positively, audience-invariance is the affirmative signature of genuine Intrinsic engagement, not merely a filter against Mimetic imitation: the activity an Individual would still take up and enjoy with no audience ever present is Intrinsically motivated by that very fact, and this is the component the Individual holds and the observer cannot reach directly. The Reciprocal Care Principle accordingly does not approach desire only with suspicion; it protects audience-independent engagement as among the things genuine care exists to serve. The Reciprocal Care Principle comprises two limbs. The Epistemic-Access Limb holds that the Individual's and the observer's evidence bases are differently and only partly overlapping, so that neither has general epistemic privilege over the other regarding the Individual's motivations: the Individual holds the audience-removal counterfactual on Intrinsic enjoyment, while the observer holds the behavioural signatures that introspection does not supply to the Individual. The Constitution Limb holds that no Individual is constitutively self-sufficient, because the provision experienced as self-originating is in fact constituted from the periphery (capable others together with the institutional A-floor), such that treating any Individual as self-sufficient is a category error of the Constitution-Direction type. The Reciprocal Care Principle is epistemic, not normative: it establishes who is better placed to infer source-composition, not who holds authority over action. It does not transfer decision-authority to the better-placed reader, whose role is to offer, notice, and assist under the Push-Pull Obligation Principle, never to decide for; and it does not invalidate Mimetically-led wants. Because the desirability of Intrinsic-enabling Objects is almost always mimetically transmitted (the sole exception being invention or creation of the genuinely new), and because the Model-tracking function means some Mimetic component leads or contributes to almost every action, the presence of a Mimetic component carries no diagnostic weight; only the inferred lead source and the persistence profile do. A Mimetically-led want is genuine and not counterfeit; Mimetic dominance affects not the want's validity but the persistence of its satisfaction, which under Differential Satiation (Axiom 6) is non-durable and resets to baseline. The diagnostic value of identifying Mimetic dominance is therefore prognostic: a third party may offer the observed reading to the Individual, who retains the choice of how to act on it. Epistemic Status: Framework-Specific Principle. Derived from Source Opacity (Axiom 3), Confabulation (Axiom 4), Differential Satiation (Axiom 6), the Introspection Illusion, the Two-Question Diagnostic, the Constitution-Direction Principle, and the Push-Pull Obligation Principle.

The Reciprocal Valuation Property is the structural feature that distinguishes Individual-as-Object from all other Object-types: the Object is also a valuing subject operating the same Decision Hub architecture as the observer. This reciprocity produces four consequences unavailable in non-reciprocating Object-types: (1) Entanglement, because both parties are simultaneously assigning and receiving valuations containing A, I, and PM components in continuous recursive constitution; (2) differential extraction, because both parties assign PM to each other and the net PM transfer is the differential between the two PM-components; (3) non-purchasability of Status, because Status exists only within other valuing subjects' Decision Hubs and cannot be acquired as an Object; and (4) self-reinforcement of Status-PM, because the Objects that constitute an Individual's Status-PM are themselves valuing subjects whose PM-valuations are influenced by other valuing subjects' PM-valuations through mimetic transmission. The pathological dynamics (compounding, non-satiation, parasitic extraction) attach specifically to the PM-component of reciprocal valuation. The A and I components of reciprocal valuation are non-pathological: A-valuation satiates when the functional need is met, and I-valuation deepens without producing rivalry. A and I valuations are structurally incapable of overvaluing their Objects because they are tethered to real conditions (deficit states and process-engagement states respectively) whose resolution attenuates the signal. Only PM-valuation is decoupled from any real condition, permitting unbounded inflation. In a PM-free dyadic interaction, both parties value each other precisely in proportion to real A-need and real I-engagement. No extraction occurs because no inflation occurs. Extraction begins if and only if PM enters the reciprocal valuation.

Reciprocity is the condition in which two Individuals arrive at convergent reciprocity-percepts through coupled Bayesian ground-resolution operating over a shared Hypothesis Space, where each Individual's posterior about the fairness of the exchange is updated by the counterpart's expressed posterior functioning as social-proof evidence, and where the matching of explanations stabilises both posteriors at a coupled-equilibrium value. Reciprocity is therefore a property of the convergence between two I-resolutions, not a property of the underlying value transfer, which proceeds independently of, and unmeasured by, the percept.

Reciprocity Narrative names the class of Confabulated post-hoc justifications that participants generate for transfers of goods, services, attention, deference, or coercive capacity, and that uniformly attribute the transfer to A-grounded need or I-endorsed value (fair return, earned compensation, mutual benefit, voluntary agreement, legitimate authority) while systematically omitting the M-component that the Decision Hub's Common-Currency Integration has erased. Reciprocity narratives are content-agnostic completions: they are sincere by the Sincerity Guarantee, internally coherent, and selected from the participant's representable Hypothesis Space, which under standard cultural conditions does not contain H-mimetic. Their accuracy is orthogonal to the structural outcomes the transactions produce (Truth-Value Orthogonality), which is why population-scale macro-residues remain diagnostic even when every participant's narrative is incorrect about source. They are the Rung 2 (dyadic-transaction) phenomenon that the Aggregation Gradient identifies as the rung at which most existing concealment analysis has been pitched. Framework-Specific Construct.

Where the M-Hypothesis is absent from the shared Hypothesis Space over which two Individuals' reciprocity-percepts are computed (the pre-AIM condition), the resulting reciprocity-Belief is a Type I Confabulation (Structural Exclusion) by category necessity, regardless of sincerity, ratification, or local rationality, because the unique rational output of Bayesian inference on a Hypothesis Space lacking the correct Hypothesis is a sincere false Belief (Confabulation Rationality Lemma). Where the M-Hypothesis is present (the post-AIM condition), the reciprocity-Belief is no longer Confabulated by category necessity, and may be (a) a non-Confabulated inference where the M-Hypothesis has been checked and rejected on behavioural evidence (Two-Question Diagnostic), (b) Epistemic Suspension where the M-Hypothesis remains live, or (c) a Type II Confabulation (Prior Dominance) where the M-Hypothesis is present but priors remain dominated by A-I attributions. The transition from Type I to Type II is the architectural opening through which non-Confabulated reciprocity becomes possible for the first time, and this transition occurs at the Collective Prior level only as the M-vocabulary spreads through the population.

The Reference Set is the set of Individuals, together with the Objects and standing they hold, against which the Observer computes an Individual's comparative position and hence the Mimetic valuation of Objects. The composition of the Reference Set is among the Thinker's priors about the Observer, alongside the identification of which Individuals count as Models and the comparative-position templates under which the Observer computes. The Reference Set is not fixed: its upward-comparable subset changes on every acquisition, occupancy or loss event as the Individual's standing moves, which is the Reference-Set Reset, and the extent of the Reference Set is set by what the Individual can observe, from the band of known others in the ancestral environment to the visible highlights of a global population.

The Reference-Set Reset is the update of the comparison set against which an Individual's Mimetic valuation of an Object is computed, occurring on each acquisition or occupancy event as the Individual's standing changes. It is not the root of M's non-satiation but its expression at the level of the comparison set: because M records Salience rather than a deficit (Differential Satiation Dynamics, Axiom 6), and because the Observer's domain is unbounded, the set recalibrates upward after every gain, so an achieved M-target yields no durable satisfaction. The Reference-Set Reset has two components, and the second is what distinguishes it from simple decay. In the exit component, the acquired Object leaves the upward-comparable subset of the comparison set, because the Individual's standing now matches or exceeds the standing previously associated with holding it, and Mimetic valuation of that Object decays on the fast timescale. In the ratchet component, Objects that previously stood too far above the Individual to serve as Models enter the upward-comparable set, because the Individual's post-acquisition standing has closed the mediation distance to the Models holding them, and Mimetic valuation of those Objects rises. Aggregate mimetic drive is therefore approximately conserved across a Reset event where the ratchet component balances the exit component, increasing where the ratchet component dominates, and decreasing in no regime the architecture admits: the exit component can dominate only on acquisition of the terminal rung of a finite catalogue, which is the apex case (Appendix A, Sections A.9.6 and A.9.9). The Reference-Set Reset stands to two neighbouring results as the third term in a set: the Salience Ratchet Principle explains why the demand to be Salient recurs at all after a fully successful act, the Internal Loop Gain explains why the returns amplify once loop gain exceeds threshold, and the Reference-Set Reset explains what the recurrence attaches to next. Across a loss event the aggregate is likewise not decreasing on timescales short against the standing window, because the lost Object re-enters the upward-comparable set while standing lags (Appendix A, Section A.9.6, the Loss Corollary; Rung Loss).

A Referent is the state of affairs in physical reality that determines whether a Belief is true, and whose contact with an Individual imposes a cost where Belief and state of affairs diverge. Grounding in physical reality is what makes a Referent exogenous to the coupled dynamics of a population: its verdict does not depend on how many Individuals hold the Belief, how strongly they hold it, or for how long, and no degree of agreement alters what physical reality will do. The presence of a Referent and the speed at which its correction arrives are the two axes on which the Decoherence Trichotomy partitions Belief-domains, and the Hardness–Referent Matrix extends that partition to the falsehood side. A Belief may be governed by a live Referent, may have a Referent whose verdict is known and defied (Referent Abandonment), may have one that cannot be reached (Referent Inaccessibility), or may have none constitutively available, which is the aesthetic case.

The maintenance of a Belief that contradicts an available, traced, decohered Referent, a determinate fact about the world that is known and knowable, whose Truth the world has already returned and made accessible to the Individual. The retained Belief and the abandoned Referent cannot both be true: the Referent has settled the question, and the Belief is the losing side of that settlement, held anyway. Referent Abandonment is the ignoring of an available Truth in favour of a Hypothesis the available Truth has already falsified.

The Referent Absence Property is the result that the Self-Model lacks the World-Model's structural guarantee of decoherence against reality. Even where exogenous evidence participates in Self-Model formation, three features attenuate its corrective force: (1) mixing, where Source Opacity ensures exogenous evidence is processed identically to endogenous evidence upon entry; (2) contingent decoherence, where whether a decisive reality-contact event will ever arrive for any given identity-element cannot be known in advance; and (3) the evaluative layer, where most identity-relevant content contains evaluative components for which no mind-independent Referent exists. The result is a gradient from reliably-corrected physical Self-Model elements (Referent-Present Content) to effectively uncorrectable evaluative identity-elements (Referent-Absent Content), with the majority of identity-relevant content sitting toward the uncorrectable end. The normative criterion for such content is therefore not accuracy but subcriticality. The Property is what makes the Self-Model's identity-Content constitutive rather than confabulated: in the source-attribution domain a Referent exists and is merely hidden by Source Opacity, whereas for evaluative identity-Content there is no Referent to reach, so the mechanism's phenomenologically certain outputs are constructions rather than descriptions. Distinguishing the two senses of "Referent." This Property must not be run together with Referent Abandonment or the Diversity Referent, because "Referent" does different work in each, and keeping them apart is exactly what lets a Belief be placed in the right regime. The Referent Absence Property concerns whether an external ground-truth exists at all against which a given item of self-content could be corrected; for evaluative identity-content, none does — the Referent is genuinely absent. Referent Abandonment and the Diversity Referent concern the opposite condition: a determinate fact about the world that is available and has already returned its verdict — such as the non-modality of human variation — which a Belief nonetheless defies. So a self-Model element can be Referent-absent in the first sense (there is no external corrector for "I am the kind of person who belongs here"), while a kind-claim about a population is Referent-abandoned in the second sense (the non-modal distribution is available and is being defied). The first is the absence of a corrector; the second is the defiance of an available verdict. The Hardness–Referent Matrix classifies Beliefs on exactly this second axis (whether a live Referent governs, a decohered Referent is defied, no Referent was ever identified, or no Referent is constitutively available); the Referent Absence Property explains why one whole domain — evaluative self-content — sits in the last of those cells by its nature rather than by neglect.

Referent Blindness is the property of a structure that selects or transmits Belief while carrying no internal variable for which condition of the Hardness–Referent Matrix's Referent-governance axis the Belief it circulates stands in, and which therefore treats all four alike: a live Referent governing; a Referent identified and its verdict defied; no Referent ever identified; and no Referent constitutively available. The property is inherited from Content-Agnosticism, the corresponding property of Belief updating under Axiom 8 (Bayesian Belief Dynamics), and the inheritance carries a change in status. At the scale of the Individual the blindness is architecturally unavoidable, the Decision Hub offering nowhere to place such a variable, which is why the corrective is the Knowledge Patch's supplied vocabulary rather than a repair to the mechanism. At the scale of a structure deciding what an Individual sees, the blindness is a design choice, since nothing prevents such a structure from carrying a reading of the Referent condition of what it circulates. Derived at Chapter 20, Section 20.4.2. Distinction from Content-Agnosticism. Content-Agnosticism is the property of the updating mechanism inside one Individual, and it concerns subject matter: the mechanism carries no variable for the Truth, moral value or crisis-potential of what it processes. Referent Blindness is the property of a structure between Individuals, and it concerns Referent condition: the structure carries no variable for whether a governing fact stands behind what it circulates, has been defied, was never sought, or does not exist. The first is a fact about a Decision Hub and cannot be otherwise. The second is a fact about something built and can. Distinction from the Referent Absence Property. The Referent Absence Property concerns whether an external ground-truth exists at all for an item of self-content, and answers that for evaluative identity-Content none does. Referent Blindness concerns whether a structure can tell that question's answer apart from the three others, and is silent on which answer is correct in any case. A Referent-blind arrangement circulating genuinely Referent-absent content does no harm by doing so, and the same arrangement circulating a Belief whose Referent has already returned its verdict propagates Referent Abandonment at scale.

The condition of a sincere prediction whose Referent was available and was eliminated by the action the prediction prompted. Where a prediction that an event will occur is acted upon by an intervention that prevents the event, the domain was world-constraining and the verdict was available, and the act of preventing is what removed the occasion on which the verdict would have been returned, so the prediction never collapses out of its superposed classification state. Referent Foreclosure is distinguished from the aesthetic regime, in which no Referent is constitutively available and nothing was removed, and from Referent Abandonment, in which the Referent has returned its verdict and the coupled regime declines to obey it. The non-arrival of the verdict under Foreclosure is the condition the action was taken to produce rather than a defect or a refusal. The Induced-Decoherence Test cannot be constructed on a foreclosed prediction, because that Test requires the predicted event to be permitted at small scale. Foreclosure is a property of the single prediction and not of its class: across many occasions the rate at which the predicted event occurs is world-constraining and decoheres although no member of the rate does.

Referent Inaccessibility is the Decoherence Regime in which a Referent exists and is causally operative but no access path to it yet exists within the available Hypothesis Space, so Belief in the domain proceeds endogenously despite the Referent's standing existence. Decoherence Time is bounded by the event that opens the access path (characteristically the arrival of an explanatory vocabulary that renders the Referent representable) but the timing of that event is not predictable from within the regime. The paradigm case is gravitation: the Referent existed and governed the motion of bodies throughout history, yet was inaccessible to identification until Newton supplied the vocabulary that rendered it representable, whereupon the domain could be checked against it. The regime is the general form of the development of knowledge over time, of which the recovery of heliocentric structure is a further instance, and of which the identification of Mimetic Desire (real and operative throughout the history of the AIM architecture yet inaccessible under Source Opacity until the mimetic Hypothesis was derived) is the instance this framework concerns. Referent Inaccessibility is distinct from Referent Abandonment: in Inaccessibility the access path never existed until the opening event, whereas in Abandonment the Belief had access and severed it.

Where a Decision Hub or a coupled system of Decision Hubs holds a Belief for which an exogenous Referent is available, that is, a determinate fact about the world established by a test of traced provenance that has already decohered against reality, the exogenous Referent takes strict priority over any endogenous positioning the Belief also affords. A Belief held in contradiction of an available decohered Referent is a Confabulation. Choosing the endogenous position over the Referent is neither pragmatically defensible nor principled. It is not a justified trade of Truth for utility, nor a principled stand of any kind. It is simply wrong. It is not epistemically defensible to accept a known Confabulation over acceptance of the Referent.

Referent-Supplied Coupling is the lowest band of the κ intelligibility scale: the regime in which the Evidence stream updating a Belief is dominated by exogenous Referent contact rather than by coupled neighbours' expressed Beliefs, such that ρ(Koff) ≪ κc and the endogenous Evidence fraction f_endo is approximately at or below the classical-domain threshold (~0.2). In this band, Appendix A.11.6 Corollary A applies (Belief-conditioned estimates track the Referent on short Decoherence Time) and the Coupling-Concealment Identity permits source discrimination because κ is too low for endogenous Evidence to swamp Referent signal.

The Reflection Problem is the identification result that in observational data an endogenous social effect, in which an Individual's behaviour changes because others' behaviour changed, cannot be separated from correlated effects, in which Individuals behave alike because they share an environment, or from exogenous effects (Manski, 1993), homophily and contagion being generically confounded in observational social-network studies (Shalizi and Thomas, 2011). The AIM Framework reads the result not as a failure of econometric identification but as an accurate observation of relationally constituted desire: wherever the Mimetic weight wM is non-zero, the partition between an Individual's own preference and social influence on that preference, which Individualism assumes, does not exist in the data to be recovered, so the Reflection Problem is the empirical signature of Relationalism.

The Reflexive Non-Ideology Principle holds that if the AIM Framework ever functions as an ideology, it must be one that dismantles its own Mimetic privileges and refuses to weaponise scarcity or belonging. Access to Appetitive essentials and Intrinsic opportunities must never depend on professing the AIM Framework, and fluency in it cannot become a prestige badge.

The Refusal Without Concession Principle is the result that, in aggression or violence between parties at any scale, from a threatened blow between two Individuals to a war between states, declining to reciprocate violence, or to continue it, refuses in a single act both the framing and the Belief the aggressor brings: the framing that the encounter is a contest of standing to be settled by violence, and the aggressor's Belief about the claim the violence is meant to win. Mimetic violence pays because observers update on the result of the contest and the winner's Status rises; refusal leaves no contest and therefore no result, and violence that wins nothing has a strictly negative expected Status outcome, so that where the purpose of the violence is Status, refusal defeats the purpose and short-circuits the engagement itself. Refusal is not concession. Concession accepts the other party's claim and hands over cooperation; refusal does neither, and is distinguished from concession by four marks every observer can check: stated reasons, withheld cooperation, the non-recognition by other parties of what was taken, and support directed to the refusing party with consequence directed to the aggressor. Because the architecture selects violence where refusal registers as a loss of Status, the Principle holds that declining to reciprocate violence, and declining to continue it, is the highest-Status choice open to a party and is never to be read as a concession of the other party's Beliefs. Refusal does not by itself stop predation, in which the target is selected because it will not fight back, but it shows what the predation feeds on. By the Eliminative Structure of Crime, where Cascading Support holds the Appetitive and Intrinsic floors of the populations on both sides, a motive to prey on a party that refuses has no Appetitive or Intrinsic source left, and the predation stands exposed as Mimetic. The Object of Mimetic predation is a comparative position, and the predation is denied that Object wherever refusal is read as the highest-Status choice and never as concession; the protection of the Individuals under attack answers the act itself. Refusal to reciprocate is also not refusal to protect: the defensive act that ends an assault in progress is the repair of an open gate rather than a move in the contest, and the Principle leaves it in place.

The Relational Constitution Principle is the empirical claim that while each Individual possesses a physically independent body and an independently operating AIM architecture (Decision Hub, Confabulation system, Bayesian updating), the outputs of that architecture (Self-Model, Beliefs, desires, experienced identity) are constituted as much by the mimetically transmitted inputs of other Individuals as by endogenous signals, such that the Individual cannot function as an autonomous foundational unit for social theory despite being the sole locus of motivational processing. This claim rests on five independently verified empirical findings: (1) mirror neuron systems activate preconsciously at 60-340ms, transmitting others' goal-directed valuations before conscious awareness can intervene (Axiom 7 Preconscious Transmission); (2) the Decision Hub integrates these mimetic inputs into a Common-Currency Scalar, irreversibly destroying the source decomposition (Axiom 3 Source Opacity); (3) Confabulation generates post-hoc narratives attributing mimetically-acquired desires to autonomous origins; (4) ventral striatum encodes relative rather than absolute rewards, constituting Status as a fundamentally relational quantity; and (5) the wanting-liking dissociation permits mimetic amplification of approach-motivation independent of hedonic satisfaction. The Relational Constitution Principle is therefore not a philosophical position, a metaphor, an ideological commitment, or a metaphysical claim. It is a structural description of how the architecture empirically operates, falsifiable if any of its five empirical premises is disconfirmed.

The principle that when the relational Object instantiating a relation between Individuals, or between an Individual and another Object, is not directly observable, the Decision Hub constructs the relational Object by inference from observable configurations of the relata, combining behavioural cues, symbolic markers, and contextual norms, such that the inferred relational Object then enters the valuation architecture through the same A, I, PM decomposition that applies to directly observed Objects.

The principle that every relation between Objects is itself instantiated by a further Object, the relational Object, which carries properties such as quality, strength, duration, and direction over and above the properties of its relata, and which is valued by the Decision Hub through the same A, I, PM decomposition that applies to any other Object-type. The canonical Object enumeration in Chapter 2, which includes relationships among the Object-types, entails this principle directly. Two consequences follow, first that quality-language applied to relations ("a good relationship", "a strong partnership", "a fraying alliance") reports genuine Decision Hub valuations of the relational Object rather than idiomatic descriptions of its relata, and second that relational Objects can accumulate PM independently of the A and I content of their relata (Section 8.5, Object Parasitism).

Of the components of the valuation an Individual directs at an Individual-as-Object, only the I-engagement whose Object is that Individual is specific to that Individual. The A-component is substitutable, because any Individual who meets the same deficit satisfies it. The Mimetic Premium component is substitutable, because its Referent is comparative and any candidate carrying more Salience displaces it. The I-contribution the Individual makes to engagement with other Objects is substitutable, because it is bounded by that contribution and any Individual contributing equally supplies it. The I-engagement whose Object is the Individual is not substitutable, because it consists of the accumulated history of Ground-Resolution on that one Individual and the unresolved residue that Individual continues to present, neither of which transfers to another. Only that engagement can therefore carry a relationship indefinitely.

The Relational Subcriticality Principle is the identity that the relational constitution of Self-Models and the subcriticality condition of the field are one object seen from two directions, not two facts: the couplings through which Individuals mutually constitute one another's Self-Models are identically the loops whose Loop Gain must remain below the critical threshold for the field to persist. It follows that a deformed Self-Model left un-re-fit is simultaneously a damaged constituent of the field (relational aspect) and a loaded loop raising the field's gain toward the next crossing (subcriticality aspect), and that the field's own persistence condition therefore requires the correction of every Self-Model a perturbation deforms, no node excluded, the perpetrator included. The principle grounds the field-correction obligation from which Cascading Support and Cascading Consequences are derived. Plain language. The way people are woven into each other, each person's sense of self being built partly out of the others around them, and the condition that keeps a community stable, its feedback loops staying below the runaway threshold, are not two separate things. They are the same web of connections looked at in two ways. So when a Harm damages people across a community, leaving anyone's damage un-repaired is both a tear in the web and a loaded spring pushing the community toward its next crisis, which is why the community has to repair everyone the Harm touched, the victim's circle and the wrongdoer alike, to hold itself together.

Relationalism is the ontological and methodological position, derived from the Relational Constitution Principle, that social theory must treat the relationally constituted Individual (rather than the autonomous Individual of Individualism) as its foundational unit. Relationalism holds that because mimetic transmission is preconscious (Axiom 7), source-opaque (Axiom 3), and reciprocally co-determining (Entanglement), any framework that begins from the autonomous Individual systematically misattributes coupled phenomena as autonomous ones and cannot recover explanatory adequacy without incorporating the relational constitution of desire, Belief, and identity. Relationalism contrasts with Individualism not by denying the Individual's physical independence or architectural separateness, but by denying that these properties entail explanatory autonomy. Critically, Relationalism is an empirically grounded position: the relational constitution it describes is measured in milliseconds of neural activation, demonstrated through observability-manipulation experiments, and manifested in the chronic empirical failure to separate homophily from contagion in observational data (the Reflection Problem), which AIM reframes not as a measurement failure but as an accurate observation of how desire actually works.

The Relative-Position Computation Principle states that the architecture contains no Object-class-specific or human-specific positional module; instead, the Observer computes a signed relative-position estimate of the Individual against any agent the Thinker has parsed and represented as an agent, using a single position-computation operation indifferent to the agent's class. The agent-type categories over which this computation runs (Prey, Predator, Rival, Collaborator, and any other categories the Thinker constructs and maintains) are not architectural primitives but are Thinker-maintained constructions; the positional computation itself privileges no category. Because the computation is agent-class-neutral, the same operation that tracks relative-standing against a human rival also tracks relative-standing against a predator to be evaded, a prey target to be assessed, or a collaborator whose contribution is to be estimated. The Thinker's resolution of the Scalars to which this computation contributes commits posteriors about each encountered agent to the Belief Register, and those posteriors persist across encounters as positional residues that bias future Salience weighting through the Observer's read of the Belief Register (Chapter 4, Sections 4.4.7 and 4.4.8). The computation's directionality (that it presses upward and yields downward only under duress) is not posited at the level of the Observer but is inherited from Differential Satiation Dynamics (Axiom 6); a falling reading among conspecifics carries the sign of a reading against a predator, because a fall acquires the criteria that make an agent Prey (Chapter 10, Section 10.3.5): the survival function that M-escalation serves is satisfied by rising relative position, not by a fixed absolute level, which makes the upward direction structurally privileged at the level of the whole system even though the Observer's computation is itself directionally symmetric.

The condition in which non-owners pay PM indirectly through rental markets structured by ownership-market PM, such that avoiding PM(ownership) through rental does not avoid PM-extraction but merely changes its form.

The Replacement Requirement (RR) is the principle that critiques of a general theory must take one of three forms to constitute valid grounds for rejection: (1) identify a specific false prediction the theory generates, (2) demonstrate internal inconsistency within the theory's axioms or derivations, or (3) provide an alternative theory with equal or greater scope and precision, such that critiques which fail all three conditions are incomplete objections regardless of their rhetorical force.

Representational Realism is the philosophical commitment that theoretical constructs, including unobserved or latent variables such as AIM Weights (wA, wI, wM), Source Opacity, and the Mimetic Premium (PM), refer to real features of the world that exist independently of whether they are currently observed or measured, such that the constructs' validity depends on their capacity to generate accurate, falsifiable predictions about observable phenomena rather than on direct observation of the constructs themselves.

Repulsion Architecture is institutional design that makes apex governance positions structurally unattractive to M-dominant Individuals by eliminating the M-rewards (visibility, prestige, comparative standing, legacy) the position could otherwise deliver, while preserving the I-care rewards (direct access to the governed population's welfare, continuous feedback about restoration outcomes, institutional protection from M-contamination) that I-care-led Individuals find rewarding. Key design features include functional anonymity (public sees role labels, not names or faces), blind competence-filtered selection (anonymised dossiers, no prestige markers), short staggered tenure (preventing prestige accumulation), and motivational-failure dismissal (M-behaviour actively penalised).

A Restoring Node is a structure added to the architecture from outside, carrying a state variable that is not already in the system and whose feedback opposes the quantity it measures, and it is the only route by which the Saddle-Node Default can be converted into a sustained corrective cycle. A candidate qualifies as a Restoring Node when three conditions hold jointly: Novelty, that it introduces a state variable with dynamics of its own rather than attenuating an existing coupling; Closure, that the variable's feedback acts on a coupling in the Internal Loop Gain; and Sign, that the action is restoring rather than amplifying. Qualification is distinct from conversion: a qualifying node alters the bifurcation type only at moderate gain and lag, and it fails to convert through under-gain, which leaves the terminus unaltered while producing every appearance of working, through over-gain, which suppresses the Observability that carries legitimate social learning, or through over-lag, which documents the Fold rather than preventing it. Because Source Opacity makes the damping quantity unmeasurable from within the architecture, a Restoring Node must be external in the measurement sense, which is to say the reading of its own state must be produced somewhere other than by itself.

Restriction-Induced Concentration Factor ($\rho (\mathcal{H})$). The Restriction-Induced Concentration Factor is a scalar measure of the degree to which a restricted Hypothesis Space concentrates the Bayesian posterior relative to the unrestricted posterior. Two operationalisations are tractable: the KL-divergence form $\rho (\mathcal{H})=\exp (DKL(P^{}\Vert P^{\mathcal{H}}))$, where $P^{}$ is the unrestricted posterior over the full ${\mathcal{H}}^{}$ (including $HM$) and $P^{\mathcal{H}}$ is the restricted posterior; and the dimensionality form $\rho (\mathcal{H})=|{\mathcal{H}}^{}|/|\mathcal{H}|$. Both make $\rho =1$ when no restriction applies and $\rho >1$ when the Hypothesis Space omits relevant Hypotheses.

The Revelation Effect is the phenomenon whereby M-shock involuntarily reveals the M-composition of the prior Self-Model by removing the reference group against which M-grounded identity elements were defined, exposing as M-dependent those elements the Individual had experienced as I-grounded or A-grounded, thereby functioning as an involuntary version of the Two-Question Diagnostic.

A diagnostic test that closes the A-channel explanation for a group's sustained Belief by asking whether the sustaining party would maintain the Belief if their own position were reversed, that is, if they occupied the position of those on whom the Belief's disadvantage falls. Where the answer is no, the reversal test confirms that the Belief is not serving the sustaining party's genuine appetitive interests. A Belief held to protect a genuine appetitive deficit survives reversal because the deficit survives reversal; the Belief's content addresses a real bodily need or material shortfall that persists regardless of who holds which social position. A positional Belief (one that transfers advantage to the believer) does not survive reversal because the transfer of advantage does not survive placing the believer in the disadvantaged position. The Reversal Counterfactual and the Appetitive-Deficiency Test (Sections 18.6.3 and 18.9.10) are complementary closures. The Appetitive-Deficiency Test closes the A-channel by observing the distribution of advantage; the Reversal Counterfactual closes it by a thought-experiment about the stability of the Belief under position-swap. Both converge on Mimetic Desire as the residual maintenance mechanism in cases of Referent Abandonment. Together they identify the Beneficiary-Deficiency Asymmetry as the structural signature of Referent Abandonment across unrelated domains.

The self-propagating chain in which an act of retributive elimination, by discharging one loaded loop, inflicts a fresh Harm on an Individual who sits in a field of their own, deforming the Self-Models anchored to that Individual and loading their interfaces, so that the avenged wrong becomes the next avenger's perturbation and the next loaded loop's ignition. Because each discharge is itself a perturbation rather than a subtraction, the cascade does not terminate at satisfaction but reproduces across the field and across generations; the multi-decade feud and the multi-generational blood-vendetta are the Revenge Cascade observed at length. The cascade is the field-scale expression of the failure mode that Revenge Overdetermination describes at the level of the single impulse, and it is the mechanism by which a single Harm becomes a standing condition of a field rather than a discrete event. It is interrupted not by completion, which is unreachable because the Mimetic channel does not satiate (Axiom 6), but by the field-correction obligation discharged through Cascading Support and Cascading Consequences, which absorb the perturbation into the field rather than relaying it onward, together with the institutional design that holds the relevant loops sub-critical.

The result that the revenge impulse is the overdetermined joint output of four mechanisms the framework already establishes, fused by Source Opacity into a single imperative the Individual experiences as self-authored moral duty. The four drivers are (1) a Self-Model perturbation, the contradicting evidence delivered by the wrong, which defaults to anomaly-processing demanding closure, with the magnitude of the perturbation setting the magnitude of the demand (2) Agent-Based Causal Default attribution (Axiom 9), which routes the perturbation to an agent, correct at the level of proximate cause in the killing case and frictionless for that reason (3) a non-satiating position-restoration drive (Axiom 6), which seeks to lower or remove the agent and, where the loss is irreversible, finds no act that closes the deficit, so the drive pushes past redress toward elimination and (4) a loaded loop, the avenger-agent interface whose loop gain is carried above its critical value by high Coupling Strength and maximal Salience, so the wrong functions as the perturbation that tips it super-critical and the impulse compounds rather than decaying. The limiting case is the murder of a loved one, in which the lost Individual was a load-bearing node of the avenger's relationally constituted Self-Model, driving all four drivers to their ceilings; the same structure scales down through grave non-fatal wrongs to ordinary personal slights, with the interface's loop gain determining whether a given slight decays or escalates into a feud. Confabulation under Source Opacity (Axioms 3 and 4) resolves the fused signal as maximal-grade moral ground, so the impulse presents as sacred duty. The result carries a normative corollary, and the corollary is that the explanatory completeness of the account is a warning rather than a licence: the impulse is a failure mode of the architecture, not a moral authority, and the force with which it presents as sacred duty is the symptom by which the failure mode is recognised, not evidence of its rightness. Because the impulse demands the agent's elimination with maximal force precisely when the loss is greatest, and because acting on it loads the loop further, writes fresh Trauma into the agent's field, and propagates the very perturbation the wrong began through the Revenge Cascade, it cannot be treated as acceptable in any circumstances; it is to be understood as a failure mode, engineered around by institutional design that holds the loop sub-critical, and resisted by the Individual in whom it arises. The debt to society the impulse invokes is confabulated, while the real obligation runs to the deformed field and is discharged by Cascading Support and Cascading Consequences, so that the perturbation is absorbed by the field rather than amplified through it.

A right, in AIM, is the standing claim against the harm that would otherwise coerce: the protected negative space of A-harm, I-harm, or M-harm. Rights are derived, not granted; each names the condition whose absence would make a choice unfree.

Rival is an agent-type category in human causal cognition characterising entities pursuing the same scarce resources or positional goods, agents whose goal-directed behaviour targets objects, status positions, or opportunities that cannot be simultaneously possessed by multiple parties, triggering detection systems that assess relative position, competitive capability, and likelihood of zero-sum conflict over the contested target.

The Rival-Constitution Principle states that in any relationship of internal mediation the rival is architecturally embedded in the Subject's Self-Model as the constitutive reference point against which M-grounded self-valuation is computed, so that the Individual's identity is partially defined by contrast with the rival and the dependence deepens with proximity and similarity. It has three structural consequences: mimetic rivals converge behaviourally while each Self-Model insists on maximal differentiation; resentment of the rival operates as Self-Model maintenance; and removal of the rival produces Self-Model disruption disproportionate to the rival's apparent significance, followed by the identification of a replacement. The concealment of this constitutive dependence is the Romantic Lie of Self-Constitution.

The Rival-Replacement Ratchet is the non-terminating, upward-only dynamic in which the removal or surpassing of a rival does not discharge the rivalry but reconstitutes it against a higher-Status replacement, so that each cycle of rival-removal and replacement ratchets the comparison set upward. Two features are architecturally fixed: the replacement is not an arbitrary Object but a higher-Status one, because Status-tracking is asymmetric and attention and deference flow upward; and the replacement is identified rapidly, because the Confabulation architecture does not tolerate an unresolved Information Gap, so the Individual finds themselves focused on a new competitor and experiences that focus as independently motivated. It is the Reference-Set Reset read at the level of rivals rather than Objects, and the same counting asymmetry gives it its direction.

The Romantic Lie is the culturally transmitted Belief that desires originate autonomously within the Individual, denying or minimizing the role of Mimetic Desire in shaping what people want, thereby preserving the phenomenology of authentic selfhood while systematically concealing mimetic transmission.

The Rule–Referent Principle is the result that a rule is legitimate where the Content-Belief it rests on, that the conduct the rule reaches causes a Harm or raises the rate at which one occurs, has a live Referent in the conduct the rule reaches; where that Referent, or the rate in which it consists, is made known with the rule to the Individuals it binds; and where the rule is reviewed as that rate moves. A domain whose Referent has no joints, as human variation has none under the Diversity Referent, admits rules against carving and none that carve, and a domain in which no Referent is constitutively available, the aesthetic regime, admits no rule except where conduct in it reaches a live Referent elsewhere. The Principle follows from the Provenance Rule and its positive limb, under which a rule that names its Referent is a command whose provenance can be traced; from the Cost-Provenance Test, under which a rule whose Belief no live Referent governs draws the Cost of its maintenance from the Individuals it governs, as sanction; from the Punitive Inversion Principle, under which such a sanction raises every coupling it reaches; and from Referent Foreclosure, under which a rule whose Referent is a rate answers to the rate and not to the instance, and cannot show its own necessity from its own record. Three consequences attach. Being caught presupposes a rule, so a justice system that does not punish needs its rules more than a punishing one does. The duty to make the Referent known falls on the rule-maker as a condition of the rule's legitimacy and is not an exemption for the one who breaks the rule. A rule whose Referent has gone is repealed, a rule that is holding its Referent's rate down is kept, and the two are told apart by the rate across many occasions rather than by the rule's own record.

Rung Loss is the event in which an Individual's holding falls below a comparison set that does not fall with it. A loss event removes a holding or vacates an occupancy at once; standing, the time-average of other Individuals' valuations, falls slowly; coupling to the Models of the lost rung follows standing rather than holding; and the comparison set, a Thinker prior read through the Belief Register, is revised only by repeated Ground-Resolution cycles. The Reference-Set Reset carries no negative term, so the loss separates the Individual from the rung and the rung stays where the ratchet left it. The ratchet is built to move in one direction, and the upward press of Axiom 6 continues to act after the fall, so the pressure is directed toward the rung while the Individual moves away from it. Two readings follow: Mimetic Desire for the lost Object rises, as wanting without possession sharpened by the loss, and the Observer's reading of the Individual's own position against the cached comparison set is negative and, among conspecifics, carries the sign of a reading against a predator. Both reach the Decision Hub as deficit, and neither has a consumption or repair that ends it.

The form of consensus produced when many independent Individuals, each performing an experimental test whose result is determined by exogenous physical reality, arrive at the same Belief. *

Saddle-Node Default names the architectural entailment, established in Appendix A §A.5.3, that the generic bifurcation at G = Gcrit for high-PM systems under M1 through M5b is a Saddle-Node (Fold), in which the occupied fixed point and the neighbouring saddle collide and annihilate, producing a discontinuous jump to the surviving attractor rather than a sustained oscillation. Where the loop capacity exceeds its critical value the system carries two resting states and two fold boundaries, both at G = Gcrit: at the ignition boundary the low-V fixed point annihilates and the system transits to the inflated state, and at the release boundary the inflated-V fixed point annihilates and the system drops to the A-I functional baseline. Saddle-Node Default fixes the bifurcation type; the direction of the jump is fixed by the Ignition-Release Asymmetry. The entailment follows from three architectural properties: the absence of self-terminating negative feedback in the M-channel (M5b), Source Opacity suppression of error-correction (M5a, operating with Bayesian Lock-In), and the monotone accumulation of Concealment Infrastructure until forced visibility. The Hopf Sub-Case is non-generic and arises only under externally supplied damping. Saddle-Node Default is the fast-layer correspondent of the Calcified-to-Terminal transition in the Crisis State Architecture (Chapter 13).

Saleability is the efficiency with which an Object discharges the common-currency function: the readiness with which its holder can dispose of it, at prices corresponding to the general economic situation, across the range of quantities, places and times at which disposal might be sought. It is the aggregate of dyadic acceptances across a population, it is continuous, and every exchangeable Object possesses it in some degree.

Salience is the Observer's conditional, continuous calculation of how much an Object or Individual-as-Object matters: the gradient evaluation the Observer computes, under the Individual's own Belief Register, over whatever the observed presents (curated and ambient signals alike). Salience is the receiving-side quantity, distinct from the observed's binary state of being Salient: the observed can act to become Salient, but the Salience placed on it is the observer's alone and cannot be set by the observed (the Salience-Emission Asymmetry). The calculation is always run against a basis, or Referent: an Individual-as-Object may be Salient for a Referent, because they meet an Appetitive need (the grocer, the doctor) or enable Intrinsic engagement (the teacher who expands what one can do), Salience that tracks a real contribution and is bounded by it (aggregating to Status-A and Status-I); or Referent-less, Salient in and of itself with no A- or I-contribution beneath it, Salience for its own sake, which is exactly the Mimetic Premium (aggregating to Status-PM). The Referent-backed components are legitimate and must be met; only the Referent-less component is parasitic and non-satiating, because there is no Referent against which it could satiate. Salience is instantaneous and intra-individual; its time-averaged, population aggregate is Status (the Salience-Status Identity), whose three components (Status-A, Status-I, Status-PM) are the aggregates of the three bases. The signal carrying Salience into common-currency integration is Mimetic Desire (M); because the Referent-less component is integrated into a deficit-correcting Scalar, it is felt as a deficit and does not satiate (the Salience-Deficit Conflation Principle).

The Salience Ceiling is the level of realised valuation at which the slope of the valuation-to-salience mapping has fallen to zero, so that valuing an Object more draws no further notice to it. An Object can only be so salient, and the Salience Ceiling is where that limit has been reached. It is the bound that makes the inflated state a resting state in Saturation Hold, and the bound a Restoring Node holds a population below in a Governed Band. The underlying quantity is the local slope of the Observability response at the operating point, which is one of the four couplings whose product forms the Internal Loop Gain (Appendix A). Derived at Chapter 4, Section 4.4.13, where the saturation of the mapping is established; named at Chapter 20, Section 20.3.3. Distinction from the Internal Loop Gain and its threshold. The Salience Ceiling is not a second threshold standing beside the loop gain. The slope is one of the four factors whose product is the loop gain, so the ceiling is the level at which that factor reaches zero and the product collapses with it. Crossing the Critical Loop Gain and arriving at the Salience Ceiling are different events: the first is where compounding begins, the second is where compounding exhausts itself. A population climbing from the one to the other is driving one of its own loop-gain terms to zero, which is why a supercritical population can stop climbing without anything having restrained it. Distinction from the coupling that turns notice into wanting. The salience-to-M coupling is how much an Individual's wanting rises from seeing an Object valued by others. The Salience Ceiling is a limit on how much notice the Object can attract in the first place. The two sit on opposite sides of the same variable, the coupling running from Salience into wanting and the ceiling bounding the Salience available to be run from, and they move independently: a population can carry a steep coupling and still be at the ceiling, which is the Saturation Hold case. Distinction from Saturation Hold. The Salience Ceiling is a level; Saturation Hold is the condition of a system resting at it with nothing pushing back. A system can be below the ceiling and governed, below it and merely undriven, or at it and held there by exhaustion. Only the last is Saturation Hold.

Because a Salience signal is emitted by, or borrowed by, almost any Object present in a Thinker-parsed social field, the Mimetic Premium component of a price is generically non-zero: a price rarely sits at its A-I baseline (PA + PI). Even an Object whose primary function is pure A-deficit correction (a staple such as milk, which the body needs and must identify in the environment) carries, in addition to its deficit-correcting value, a Salience signal separate from that deficit signal, the brand, the packaging, the provenance, the visible fact that others select it, and that Salience is valued by purchasers as a Mimetic Premium. The decomposition Ptotal = PA + PI + PM therefore has PM greater than zero as its generic case, not a special one; the pure-baseline price (PM = 0) is the rare limit, approached only where an Object emits and borrows no Salience at all, which a social species almost never achieves. This is the price-side counterpart of Object Parasitism: Object Parasitism holds that there are no pure-M Objects (M rides on an A-I substrate); the Salience Component of Price holds that there are almost no pure-baseline prices (an A-I substrate almost always carries an M overlay).

The Salience Floor is the positive lower bound on Observer-installed Mimetic Salience under any prior configuration: Low-Salience Pre-Loading attenuates installed signal magnitude toward the floor and never to zero. The floor is entailed by three existing results: the Minimum Installation Condition's gate clause is unconditional on the priors (the gate opens on any observation event carrying another Individual's directional valence toward an Object, whatever the priors; priors condition magnitude only), the Observer has no termination condition (Satiation-Function Entailment, under Axiom 6, Differential Satiation Dynamics), and the mimetic channel's base coupling is structurally positive. Any statement implying that Pre-Loading, or any Knowledge Patch operation, eliminates the Mimetic signal contradicts these premises and is wrong on those grounds. The Salience Floor is the individual-scale mirror of Subcriticality Maintenance's population-scale bound: hold the coupling low indefinitely, while accepting that Mimetic Salience continues to enter the loop at every cycle.

The principle that the salience-emission drive recurs rather than resolves, and does so one position higher each time it is met, because its terminating signal is both exogenous and event-shaped. When an Individual acts to be Salient and the sought acknowledgement arrives, that acknowledgement is a one-off event, not a held state: it clicks the Individual up exactly one rung and immediately becomes the new baseline, after which the binary question "am I Salient now?" recurs as a felt deficit. Two independent properties of the terminator jointly defeat satiation. First, the terminator is exogenous (the valuation is computed by the other Individual and cannot be operated by the first), so no closed loop exists. Second, the terminator is event-shaped (the acknowledgement passes rather than persists), so even a successful act leaves no durable quantity that could hold the deficit closed. Positionality is entailed rather than assumed: because the sought state is to be Salient in a way that differs from current standing, the reference point is the Individual's own most-recently-achieved position, which moves with the Individual on arrival, so the target is always redefined above the new baseline. A distinction must be drawn between the two sides of the Salience-Emission Asymmetry here. The valuation side may have an Apex position, a highest standing that others can confer (there is no higher political position than a country's leader), because the ladder of exogenous valuation-positions can be finite. The emission-side drive has no top, because it is not satisfied by occupying a position but only by the passing event of being acknowledged, which decays regardless of how high the position reached; the recurring binary "am I Salient now?" therefore re-fires after the Apex exactly as it fires at every lower rung. This is why reaching the literal summit of a field satiates the drive no more than any intermediate rung does. The Salience Ratchet Principle is therefore the recurrence account of mimetic escalation, distinct from and prior to the compounding account (Internal Loop Gain): recurrence explains why the demand returns at all after a fully successful act, including after the Apex is reached; compounding explains why returns amplify once loop gain exceeds threshold. Each recurrence is felt as a source-opaque deficit and re-confabulated as an authentic A-need or I-engagement, so the ratchet is concealed once per rung.

The design principle that intermittent Salience is necessary and sufficient for Appetitive and Intrinsic provisioning through other Individuals, while continuous high Salience is neither required nor costless: nobody needs to be Salient all of the time, and everybody needs to be Salient some of the time so that provisioning can follow. The Salience Sufficiency Principle is a derived consequence of the Salience-Status Identity (Status is Salience aggregated across observers and low-pass-filtered over time) together with the Salience-Emission Asymmetry (the operative want is "be Salient so I can get what I need," not continuous high valuation). At the high end of the spectrum, Salience that does not return to baseline (fame) crowds out privacy and private life; at the low end, chronic non-Salience (the poor, lower-socioeconomic groups, and populations treated as globally invisible) denies the intermittent recognition through which A-I needs are met in a social species. Fame and chronic invisibility are therefore opposite ends of one Salience spectrum, not two phenomena. The Levelling-Up Principle addresses the floor (universal extension of regard); Humane Visibility and Bounded M address the ceiling (constraint on gratuitous observability). The design target is Salience sufficiency distributed across persons and over time, not Salience maximisation and not Salience elimination.

The Salience Substitution Principle is the result that an Individual's emission of salience-attracting signals is governed on magnitude rather than sign, and that given emission the Individual emits on whichever of two channels that Individual's means will reach. The Observer's reading of any Object is signed, positive where the Object is worth approaching, negative where it is worth avoiding, and zero where it is neither. Emission spends the Individual's own effort and resources. What licenses spending them is the size of the reading, not its direction, because what is returned for being Salient does not vary with the sign of whatever made the Individual Salient (Valence-Neutral Status). An Individual therefore emits more as the reading grows in either direction and stays silent near zero, so the distribution of voluntarily emitted evaluations is concentrated at both extremes with a sparse middle. Given that an Individual emits, two channels are available and they do not cost the same. Being Salient through contribution is an ongoing intrinsically driven emission. It spends the Individual's own effort and resources: practice, craft, materials, tools, and the work those take, which are what Intrinsic Motivation runs on. Being Salient through transgression requires performing a single act that draws attention to the Individual. One such act draws maximum Salience and does not spend those resources. Valence neutrality ensures both deliver Mimetic Premium once integrated. An Individual therefore emits on whichever channel that Individual's means will reach, and the transgressive channel is within every Individual's means. The cases differ in means rather than in the law: a child or an Individual of near-zero standing cannot enter the contributive channel, and a public figure with ample means takes the transgressive channel regardless, because one transgressive act draws maximum Salience. A response that supplies attention to a transgressive act pays the Individual on that channel whatever the response intends. Punishment of a transgressive emission is a return on it. What changes the output is bringing the contributive channel within an Individual's means, which is the Levelling-Up Principle read from the emission side.

The identity establishing that the deference an Individual directs toward a high-Status conspecific and the deference the same Individual directs toward a more powerful non-conspecific agent are outputs of a single Salience-valuation function, integrated and tag-stripped by the same Decision Hub through the same Common-Currency Integration operation. Every agent is processed through the Agent-Type Vector (C, R, X, Y), each axis contributing a signed Salience loading to the Common-Currency Scalar, and Source Opacity (Axiom 3) destroys the axis-decomposition of that Scalar, so the Individual has no introspective access to whether their deference tracks Status (C), rivalry (R) or threat (X), or whether what the Scalar has selected is not deference at all but the extraction the Y axis carries. Status-deference is therefore the C-and-R-dominant instance of a general salience-deference response, and the Mimetic Premium (attention, deference, narrative authority, positional concession) is the received, gradient valuation of emitted Salience in that conspecific case, flowing unidirectionally toward higher Salience for the same reason deference flows toward the more powerful agent in any asymmetry. The identity is an identity of mechanism, not of magnitude or valence: the axes carry different signed loadings and select different responses (avoidance under X-dominance, attention-and-emulation under C-dominance), and the felt distinction between fearing a predator and admiring a leader is preserved by the Phenomenological Reality Principle. The identity does not reduce the Mimetic Premium to threat or resource dynamics, because on the conspecific axis the Premium is non-satiating and unidirectional (the Boundedness Asymmetry Principle) in a way A-grounded threat-avoidance and resource-approach are not. Which axis effectively governs the response is determined by the integrated Scalar summed across A, I, and M, not by the Salience loading alone, so a large A-contribution or a strong Salience loading can dominate the sum and set the response.

The load-bearing asymmetry beneath the surface symmetry of the AIM Integration Equation. Appetites and Intrinsic Motivation each encode a genuine deficit over Objects, a homeostatic set-point departure for A that some Object would close, which may be a condition of the Individual's own body and then needs no third thing to be corrected through, and for I the absence of an Object that would support the engagement the Thinker is seeking, whether an instrument, a problem, a material, a collaborator, or a condition of the Individual's own body such as fitness, while Mimetic Desire encodes no deficit at all but only Salience, a reading of which Objects the surrounding environment marks as valued, supplied by an Observer whose domain is the unbounded environment rather than any bounded internal state. All three are directed at Objects, which is what makes them commensurable enough for the Decision Hub to sum. Because Common-Currency Integration strips source-tags (Source Opacity), a Salience reading and a deficit reading become formally indistinguishable once integrated, and the Decision Hub, which has one interpretive category for a positive action-demanding Scalar, reads the Salience signal as deficit. The felt-deficit character of M is therefore conferred at integration rather than carried in the signal at encoding; the Salience reading itself is real and fully formed, and what integration supplies is the only interpretive category available for it. A deficit signal carries its own termination condition, since closing the deficit silences it; a Salience signal carries none, because the quantity it reads has no terminal value. That M is non-satiating and that M is felt as deficit are therefore the same result stated twice.

The Salience-Deficit Conflation Principle states that because the Decision Hub integrates the Observer's signed Salience signal into a Common-Currency Scalar whose function is the selection of corrective action, the Salience signal is necessarily rendered as, and felt as, the correction its sign demands, there being no channel by which it could be integrated and yet experienced as a reading of where value sits. A positive reading is felt as a lack, a pull toward the Object; a negative reading is felt as a threat, a recoil from it; and the felt state carries the magnitude of the integrated Scalar and nothing of its sources. The principle follows directly from Common-Currency Integration (Axiom 2) and Source Opacity (Axiom 3): integration strips the source tag that would distinguish a Salience contribution from a genuine deficit or aversion (the Data Processing Inequality), and the integrated Scalar is acted on solely as a signed demand for correction. Where the dominant positive Salience contribution is mimetically installed (set because a Model was observed valuing the Object, with no underlying A-deficit or I-opportunity Referent beneath it), the principle entails a felt deficit for which no corrective mechanism exists: the action fires, but there is nothing to satiate, because the "deficit" was Salience wearing a deficit's form. This is the architectural root of M-non-satiation (Axiom 6). Where the dominant negative contribution is mimetically installed (set because a Model was observed recoiling from or shunning the Object), the principle entails a felt threat with no Referent beneath it, which avoidance discharges on each occasion and which is revised, like any Belief, by Evidence: a Model observed approaching the Object, testimony, or contact followed by no harm. Avoidance closes only the last of these routes. The Salience-Deficit Conflation Principle is not an additional axiom; it makes explicit a consequence already entailed by Axioms 2, 3 and 6 operating on the Observer's signed Salience input under the Signed Valuation Principle.

The asymmetry that an Individual controls only the emission of salience-attracting signals, never the valuation another Individual performs in response. Salience-emission (acting, displaying, or performing so as to draw another's attention) is on the Individual's own controllable side; salience-reception (the valuation the receiving Individual computes) occurs inside that other Individual's architecture, under their own priors and Decision Hub, and is exogenous to the first Individual. Salient is a binary state the Individual can occupy and act toward (worthy of attention or not); valued is a gradient the other Individual computes and the first Individual cannot set, install, or terminate. The Individual's operative want is therefore correctly stated as "be Salient so I can get what I need," not "be valued": the Individual seeks the binary state of being worthy of attention so that provisioning by others can follow, and the degree of valuation is not a quantity in the Individual's calculation because it is not a quantity in the Individual's control. The emission drive is a subordinate, Thinker-mediated redeployment of the Observer's Salience channel (it rests on the Thinker-held prior that the Individual needs other Individuals to meet its A and I needs), not a distinct motivational source, and it is downstream of M's primary salience-detection function. Because emission behaviour is available to the Individual as practical know-how while M-detection remains preconscious and source-opaque, the form of salience-seeking is not fixed by the M-channel: what counts as a salience-attracting act is supplied by Ground-Resolution over the Individual's variable priors about what will land as Salient in a given audience, which is why the form of salience-seeking varies across time, persons, and groups while the drive itself is invariant and contentless as to form. Refinement. Control is partial on the emission side and zero on the valuation side. The Individual controls at most a curated subset of the Salience signals they present; much of what observers read (skin colour, build, age, accent, posture, circumstantial dress, group markers) is ambient and involuntary, configuration variables the observed did not choose and often cannot alter. The valuation is computed by the observer over the full configuration, curated and ambient alike, entirely under the observer's own priors: what is Salient is the observer's, not the observed's. For an inanimate Object the point is starker still, lacking agency, it emits no Salience of its own, so every Salience it carries is the observer's construction or is borrowed from the Models observed valuing it. This is the architectural root of the scapegoat's helplessness (Chapter 11): the scapegoat cannot control the axes on which their Salience is received and calculated, because those axes are ambient configuration variables read under the observers' Beliefs.

The Salience-Status Identity states that Status is Salience carried forward, never annihilated, and re-expressed at population scale: the same Salience an Observer computes over any Object (see the Salience entry) runs between Individuals observing one another value Objects, and the persistent, slow-moving component that survives low-pass filtering across the population over time is Status. Status is therefore not a distinct quantity that Salience causes and leaves behind, nor a separate quantity merely correlated with it, but the same causal contribution conserved through a transformation of scale: Salience is the intra-individual, instantaneous reading; Status is that identical contribution converted, by aggregation across observers and averaging across time, into its population-scale form. Nothing in that conversion reduces the contribution to zero; aggregation and time-averaging change its form and legibility, not its magnitude. The Identity is the scale-bridge underlying the Status Decomposition (Section 8.11): because Status is aggregated Salience, and because the mimetic component of Salience is non-satiating (Salience-Deficit Conflation Principle), the Status-PM component alone exhibits accumulation that never closes while the observers computing it are conscious and perceiving, while Status-A and Status-I inherit the closing dynamics of their sources. Coupling Strength enters the same computation from the belief layer: κ measures the degree to which an Individual's Belief Register, whose templates condition the Salience computation, takes other Individuals' expressed Beliefs as its Evidence, and it sets the gain of the low-pass through which per-dyad valuations condense into Status (Appendix A, Sections A.5.7.3 and A.11.0), which is why Status-formation is coupling-dependent: higher κ passes a larger standing aggregate. The dyadic counterpart of this aggregate, the Mimetic Premium a single observer computes on the observed, stands to Status as instance to aggregate (Status-Premium Duality), by the same conserved-through-transformation relation. Because Status is aggregated Salience and Common-Currency Integration tag-strips incoming Salience signals at the Decision Hub, destroying domain-of-origin information along with source-identity information (Source Opacity), Status-PM accumulated in one field is deployable in any other field where observers process the Individual-as-Object. Cross-field transferability is therefore a downstream consequence of the Identity, not a separate architectural stipulation; it is named the PM Fungibility Principle.

Salient is the binary state of being worthy of attention: the condition an Object or Individual is in when it presents a signal that puts it in the running for an observer's attention, as distinct from being valued. Being Salient is on the observed's own side of the emission-valuation channel, a state the observed can act toward by emitting attention-attracting signals (the Salience-Emission Asymmetry), though the observed controls only a curated subset of the signals that produce it and never the evaluation that follows. Salient is binary (worthy of attention or not); Salience, the observer's evaluation of how much the attention-worthy thing matters, is a gradient the observer alone computes. An Individual's operative want is therefore correctly stated as "be Salient so I can get what I need," not "be valued": the observed seeks the state of being worthy of attention so that provisioning can follow, because the degree of the evaluation is not theirs to set.

Saturation Hold is the condition of a supercritical system resting on its inflated branch, where what bounds it is the Salience Ceiling, the saturation of the valuation-to-salience mapping, rather than any structure pushing back. At high realised valuation the slope of that mapping falls toward zero, and it is this loss of slope that makes the inflated state a resting state. A system in Saturation Hold is not escalating and is not being governed; it has run out of headroom, the fold lies beneath it, and by the Ignition-Release Asymmetry the forcing must fall further than the level at which the system ignited before the state releases. Saturation Hold is the condition the AIM Framework diagnoses in the present, and it is distinguished from a Governed Band by the source of the bound, not by any observable difference in whether the system appears to be escalating.

The Satiation-Function Entailment is the principle that the satiation and termination dynamics of each input-bearing component are entailed by the function that component performs, and could not be otherwise without changing the function, so that the three differential satiation profiles of Axiom 6 are derived consequences of the Minimal Architectural Specification rather than independent empirical regularities. The Body Manager's set-point-deficit signalling function entails episodic satiation with cyclic recurrence, the Thinker's prior-maintenance and Bayesian ground-resolution function entails a non-satiating I-process (which operates continuously and in private, the deficits it signals being for the Objects whatever process it is running requires rather than for the function itself, so that correcting one closes that deficit and leaves the function running) together with the satiation of I-enabling Objects (whose value is contingent on the task the Thinker is performing, so that the Thinker's deficit for them closes on acquisition and does not recur), and the Observer's continuous conditional Object-field Salience function entails non-satiation (because the function cannot complete while perception and the conditioning inputs persist). The Entailment is the architectural ground on which the satiation dynamics are demonstrated rather than asserted, and it links Axiom 6 to the behavioural-observability of source discrimination: the termination dynamic is a property of the signal's relation to its generating condition and is expressed in when behaviour stops, while Source Opacity denies introspection the same source information that behaviour displays.

The Scalar-to-Likelihood Lift is Stage 1 of the fast-to-slow coupling map $\Phi$, in which Conscious Cognition constructs a likelihood vector $\text{ellk}(t)=P(Vt\mid Hk,St)$ for each representable Hypothesis $Hk\in \mathcal{H}$ from the Decision Hub's Scalar $Vt$. This is the point at which the collapsed Scalar (from which source tags have been destroyed by Common-Currency Integration) re-enters a Hypothesis-indexed representation. Source tags are not recovered; they are reconstructed from priors.