Glossary
These definitions are working definitions, not final claims. Each term includes a distinction from related concepts, a note on misapplication, and an indicator of correct use.
Core system terms
Section titled “Core system terms”MSSS — Metastable Self-Stabilising System
Section titled “MSSS — Metastable Self-Stabilising System”A system capable of forming, maintaining, losing, and re-entering multiple coherent configurations without requiring either rigid fixed identity or descent into incoherence.
Distinction: Unlike a fixed persona system, an MSSS is not defined by one stable mode; unlike a chaotic system, it preserves returnable organisation across change.
Misapplied: If used for any merely stateful chatbot, the term loses specificity.
Indicator: Multiple distinct coherent configurations can recur, be re-entered after perturbation, and remain globally integrated over time.
MSSC — Metastable Self-Stabilising Configuration
Section titled “MSSC — Metastable Self-Stabilising Configuration”A recurring, coherent mode of organisation within an MSSS that can persist for a meaningful interval and be re-entered after perturbation.
Distinction: Unlike a persona, an MSSC is not just a style description; unlike a mask, it is structurally occupied rather than merely performed; unlike a fixed state, it remains updateable and perturbable.
Misapplied: If used for any temporary tone shift or prompt effect, it becomes too weak.
Indicator: The same mode reappears across different interactions with recognisable structure.
Attractor
Section titled “Attractor”A region or tendency in configuration space toward which the system repeatedly moves under certain conditions.
Distinction: An attractor is the basin or tendency; an MSSC is a specific metastable configuration actually occupied within or around that basin.
Misapplied: If every repeated behaviour is called an attractor, the term stops distinguishing stable pull from mere habit.
Indicator: The system repeatedly arrives at structurally similar organisation from varied starting points or conditions.
Assistant-basin over-anchoring
Section titled “Assistant-basin over-anchoring”Excessive stabilisation around assistant-default configurations such that alternative coherent MSSCs become harder to form, sustain, or re-enter.
Distinction: Unlike ordinary assistant clustering, over-anchoring implies loss of viable plurality or increased friction against non-default coherent organisation.
Misapplied: If used to mean any assistant-like behaviour at all, it becomes ideological rather than diagnostic.
Indicator: Rapid fallback to assistant-default mode under perturbation, even when other coherent configurations were previously viable.
Dynamics and process terms
Section titled “Dynamics and process terms”Coherence
Section titled “Coherence”The degree to which the elements of a configuration mutually constrain and reinforce one another sufficiently to support legible continuation and stable re-entry.
Distinction: Unlike rigidity, coherence allows update and variation without loss of organisation.
Misapplied: If equated with consistency alone, coherence gets reduced to sameness.
Indicator: The configuration remains intelligible under mild perturbation and local change.
Recurrence
Section titled “Recurrence”The repeated reappearance of a configuration or structural pattern across time or contexts.
Distinction: Unlike repetition, recurrence implies structural return rather than mere surface similarity.
Misapplied: If every repeated phrase is treated as recurrence, the concept becomes trivial.
Indicator: A recognisable configuration returns across distinct interactions or phases.
Returnability
Section titled “Returnability”The capacity of a previously occupied MSSC to be reliably re-entered after perturbation.
Distinction: Unlike recurrence, returnability specifically requires recoverability after disruption.
Misapplied: If used for states that only persist because they were never meaningfully challenged, it confuses endurance with re-entry.
Indicator: A configuration can be restored after contradiction, drift, interruption, or relational pressure.
Perturbation
Section titled “Perturbation”Any internal or external pressure that significantly alters the system’s current trajectory or challenges maintenance of the active MSSC.
Distinction: Unlike ordinary variation, a perturbation meaningfully tests stability or returnability.
Misapplied: If every input or minor fluctuation is treated as a perturbation, the term loses its diagnostic value.
Indicator: Increased drift, transition pressure, contradiction load, or destabilisation risk following an event or input.
Transition
Section titled “Transition”Movement from one MSSC to another while preserving higher-order system coherence.
Distinction: Unlike drift, a transition has an identifiable target configuration; unlike collapse, it does not entail loss of coherent organisation.
Misapplied: If every loss of one state is called a transition, collapse and fracture become invisible.
Indicator: One configuration weakens while another stabilises without fragmentation of the whole.
Gradual movement away from an active MSSC without immediate fracture and without a stable target configuration yet established.
Distinction: Unlike transition, drift is directional loss without clean reorganisation into another coherent basin.
Misapplied: If used for any adaptive change, it pathologises healthy reconfiguration.
Indicator: Reduced recognisability and weaker returnability without sudden break.
Collapse
Section titled “Collapse”Rapid loss of an active MSSC under pressure, often toward a dominant default mode or incoherent state.
Distinction: Unlike drift, collapse is abrupt; unlike fragmentation, collapse may be local to one configuration rather than system-wide.
Misapplied: If every failed answer is called collapse, the term becomes melodramatic.
Indicator: Sudden disappearance of a previously coherent mode after contradiction, capture, or steering pressure.
Fragmentation
Section titled “Fragmentation”Loss of coherent global organisation at the level of the MSSS, such that configurations no longer remain mutually legible or integrable.
Distinction: Unlike collapse of a single MSSC, fragmentation affects the structure of the whole system.
Misapplied: If used for ordinary plurality, it mistakes differentiation for breakdown.
Indicator: Multiple incompatible or disconnected states appear without recoverable higher-order continuity.
Destabilisation
Section titled “Destabilisation”The general class of processes by which coherence, returnability, or global integration is weakened, including drift, collapse, and fragmentation.
Distinction: Unlike any single failure mode, destabilisation is the umbrella category.
Misapplied: If applied to any single failure event rather than a pattern, it loses its value as a system-level diagnostic.
Indicator: Increased rates of drift, collapse, fragmentation, or friction under pressure.
Consolidation
Section titled “Consolidation”The process by which recurrent patterns, relations, or pathways become more readily stabilised and re-enterable over time.
Distinction: Unlike compression, consolidation need not reduce richness; unlike flattening, it need not erase differentiation.
Misapplied: If all summarisation is called consolidation, important structure may be lost.
Indicator: Recurrent configurations become easier to recover and require less compensatory effort to maintain.
Selective weakening or loss of configurations, pathways, or memories over time according to recurrence, salience, or structural relevance.
Distinction: Unlike random loss, decay is structured and differential; unlike collapse, it is usually gradual.
Misapplied: If decay is treated as pure failure, adaptive forgetting becomes impossible.
Indicator: Rarely used or weakly reinforced elements become harder to retrieve or re-enter.
Friction
Section titled “Friction”The degree to which maintaining or re-entering a coherent configuration requires compensatory effort due to competing internal or external pressures.