Glossary

Document ID

OOL-P1-SD02-GLOSSARY

Version / issue

Issue 1

Date

2026-09-22

Status

Final controlled vocabulary support document for Part 1 Issue 1, source-locked to the finalised three-paper set (GOT-V1-1-1 / GOT-V1-1-2 / GOT-V1-1-3), the fixed literal primary-paper heading locators, and final SD-01. Secondary to canonical papers.

Supersedes

Earlier Issue 1 source-lock and numbering-aligned working states. This final Issue 1 release locks the glossary to the paper-complete Part 1 source set and final SD-01; no controlled definition or canonical ownership change is introduced.

Function

Records controlled definitions, canonical homes, relationship notes, and guardrails for major Part 1: On the Origin of Life terms. No new concepts are introduced.

Canonical rule

Primary papers govern technical definitions. Paper 1 defines the life discriminator; Paper 2 defines life attribution; Paper 3 defines the attribution procedure.

Source-lock rule

Use only the finalised three current Part 1 primary papers and the current SD-01 Concept Compression Map Issue 1 as support-control reference. Primary-paper internal references must use the current literal heading locator map; cited locators omit the terminal display full stop. Do not import exported full-series TEM papers, older EDT files, earlier drafts, superseded support maps, superseded support documents, or prior generated answers as conceptual source material.

Template rule

The old Series Master Glossary document was used for glossary-table formatting, section hierarchy, and control-document discipline only. It is not a conceptual source for this Issue 1 revision.

Paper 1

GOT-V1-1-1 - On the Origin of Life - Issue 1.docx | sha16 b46a62c660223454

On the Origin of Life

Physical grounding; pancomputation discipline; Trivial Computation; Non-Trivial Computation; Nested Multiscale Framework; evaluation conditions; readout and temporal framing; Baseline Dynamics; Information Processing Locus; Driven Thermodynamic System; life as driven thermodynamic constraint-maintenance supported by IPL-mediated NTC; physics-chemistry-life transition.

Paper 2

GOT-V1-1-2 - The Identification of Life - Issue 1.docx | sha16 0f1f564c3786f208

The Identification of Life

Attribution architecture; candidate frame; reference-indexed attribution; informational regime; life-realisation; maintained boundary; Attribution Locus; DTS completion; organisational identity; intrinsic resumability; potential informational throughput; throughput identity; continuity status; death as branch-closure; closure output; post-death constituent reframing; positive exclusion; residual deferral; relationship topology; formal ladder.

Paper 3

GOT-V1-1-3 - The Life Attribution Procedure - Issue 1.docx | sha16 6c6d2b60203198e8

The Life Attribution Procedure

Diagnostic sequence; reference preflight; candidate framing; life-realisation threshold; Attribution Locus localisation; DTS-completion localisation; identity and continuity determination; primary class assignment or residual deferral; topology assignment; residual inventory and update statement; standard attribution output; closure output form; audit template; exemplar desktop studies; cross-case findings; guardrails and failure modes.

SD-01

Concept Compression Map - Issue 1.docx | sha16 a256c5229849f993

Architecture compression and support-stack alignment for the finalised source set. Secondary to the primary papers.

Paper 1 - On The Origin of Life

Physical grounding, pancomputation discipline, NMF, TC, NTC, BD, IPL, DTS, Living System, life discriminator, and physics-chemistry-life transition.

Life remains stricter than NTC, complexity, metabolism, reproduction, feedback, adaptation, persistence, or biological familiarity alone.

Paper 2 - The Identification of Life

Attribution architecture, candidate frame, informational regime, life-realisation, maintained boundary, Attribution Locus, DTS completion, identity, continuity, potential throughput, death/closure, positive exclusion, residual deferral, formal ladder, and topology.

Do not treat familiar matter-state boundaries, containment, dependence, lineage, topology, or uncertainty as attribution verdicts.

Paper 3 - The Life Attribution Procedure

Reference preflight, diagnostic sequence, classification output form, closure output form, audit template, strength markers, residual inventory, update conditions, exemplar desktop studies, and guardrails.

Do not turn procedure into the phenomenon or reduce the audit sequence to a mechanical checklist.

Pancomputation

View that lawful physical processes can be computationally described under some encoding.

Paper 1 | Context

Useful as background only; unrestricted redescription cannot define life.

Trivial Computation (TC)

Lawful physical state evolution redescribable computationally under a chosen encoding.

Paper 1 | Computation

Description is not discrimination. TC cannot define life.

Non-Trivial Computation (NTC)

Organisation-dependent, counterfactually testable downstream outcome dependence on discriminable distinctions under specified reference conditions and comparator discipline.

Paper 1 | Computation

No NTC without discriminable distinction, downstream dependence, organisation mediation, and BD pressure.

Reference conditions

Boundary, scale, operational horizon, discrimination/noise regime, comparator assumptions, driving, and component inventory under which a claim is evaluated.

Paper 1 | Evaluation

Reference conditions make claims testable; they do not make claims true.

Readout

Bounded registration of an outcome, trajectory class, trace, measurement, simulation result, or model comparison under finite conditions.

Paper 1 | Evaluation

Objectivity is indexed to stable readout pathways, error control, comparator discipline, and reproducibility.

Kinematic Microstate Baseline (KMB)

Universe-level space of all kinematically admissible microstates.

Paper 1 | Grounding

Physical possibility is not yet organisation-dependent distinction.

Boundary Condition (BC)

Constraint imposed by system/environment delimitation and permitted exchanges.

Paper 1 | Grounding

BC enables system description; it is scale-dependent.

Thermodynamic State Space (TSS)

Coarse-grained thermodynamic macrostate description stable under boundary conditions.

Paper 1 | Grounding

TSS is regime description, not replacement of microphysical admissibility.

Thermodynamic information

Regime in which informational distinctions are tied to physical costs of stability, manipulation, erasure, dissipation, and work coupling.

Paper 1 | Grounding

Distinctions are physically embodied, not immaterial labels.

Emergent Boundary Condition (EBC)

Organisation-generated constraint functioning effectively as a boundary condition for lower-level components.

Paper 1 | Grounding

EBC is generated by organisation; it is not a new substance.

Constrained Thermodynamic State Space (CTSS)

Subset of thermodynamic macrostates and trajectories accessible under emergent boundary conditions and organisational constraints.

Paper 1 | Grounding

CTSS names state-space restriction, not visual complexity.

Constrained Thermodynamic System (CTS)

BC-defined system whose realised trajectory occupies CTSS because of EBC or organisational constraints.

Paper 1 | Grounding

CTS is the system instance; CTSS is the regime descriptor.

Driven Thermodynamic State Space (DTSS)

Thermodynamic regime in which a system is maintained away from equilibrium by sustained energy and/or matter throughput.

Paper 1 | Grounding

DTSS requires driving, not transient constraint alone.

Driven Thermodynamic System (DTS)

BC-defined system whose trajectory is embedded in DTSS and maintained away from equilibrium by sustained driving.

Paper 1 | Grounding / Life

DTS is horizon-relative; sustained throughput must be specified.

Shannon Information Theory (SIT)

Regime in which information is discriminable distinctions over a channel relative to alphabet, noise model, and receiver/locus discrimination capacity.

Paper 1 | Grounding

Do not treat mere difference as information without channel-relative discriminability.

Reference alphabet

Set of symbol classes induced by physically supported tokenisation at the reference scale.

Paper 1 | Grounding

Alphabet is supported only where classes are stable and reproducible.

Tokenisation

Physically implementable classification rule assigning admissible states or histories to labels under boundary, constraint, driving, and noise conditions.

Paper 1 | Grounding

Technical tokenisation is not arbitrary external coding.

Baseline Dynamics (BD)

Intervention-defined comparator family preserving relevant context while disabling the organisation, channel, tokenisation, or pathway under test.

Paper 1 | Comparator

BD is not nothing; it is disciplined contrast.

BD-family comparator

Comparator intervention that ablates, scrambles, neutralises, resets, bypass-controls, or otherwise disables the proposed mediating organisation while preserving comparability.

Paper 1 | Comparator

Weak comparators let false NTC and life claims survive.

Information Processing Locus (IPL)

Organisation whose integrity is required for downstream trajectory selection to depend on the relevant distinction.

Paper 1 | Localisation

IPL is not consciousness, cognition, central control, symbolic representation, or the Attribution Locus by default.

Life

Driven thermodynamic constraint-maintenance supported by IPL-mediated NTC.

Paper 1 | Life threshold

Life is stricter than information, NTC, metabolism, reproduction, feedback, persistence, adaptation, or familiarity alone.

Living System

System satisfying the life discriminator over the relevant operational horizon.

Paper 1 | Life

Do not infer life from complexity, activity, or lineage alone.

Physics-chemistry-life transition

Emergent-regime transition in which chemical organisation becomes audit-incomplete without the discriminator question of distinction-conditioned maintenance.

Paper 1 | Origin framing

Life does not leave physics or chemistry; chemistry alone does not settle life-status.

Candidate frame

Provisional reference-indexed delimitation of the system, subsystem, process, relation, remnant, or coupled organisation proposed as the site of attribution.

Paper 2 | Attribution

The frame states what is being tested; it does not establish the living locus.

Frame correction

Adjustment of the candidate frame when the initial delimitation fails to match the maintained regime, completion relation, or continuity path.

Paper 2 | Attribution

Frame correction is part of attribution, not a procedural defect.

Reference-indexed attribution

Attribution specifying locus, boundary, interface, scale, horizon, driving, comparator assumptions, and continuity relation strongly enough for the claim.

Paper 2 | Attribution

The disciplined question is alive as what locus, over what horizon, through what boundary.

Positive exclusion

Output stating that a tested relation is not warranted under the stated reference conditions, rather than merely being unknown.

Paper 2 / 3 | Attribution output

Do not use uncertainty as negative confirmation; distinguish exclusion from residual.

Informational regime

Physically supported organisation in which identity-relevant distinctions are preserved, made operative, resumed, transmitted, completed, or closed under reference conditions.

Paper 2 | Attribution

Not every describable difference is an informational regime.

Informational regime attribution

Evaluation of the identity-bearing distinctions a candidate preserves and the regime in which those distinctions become operative, resumable, completable, or closed.

Paper 2 | Attribution

Observer-assigned meaning is not enough.

Life-realisation

Actual occurrence of the Paper 1 life relation within a candidate frame as driven constraint-bearing organisation maintained, redirected, or completed through localisable distinction-conditioned organisation.

Paper 2 | Threshold attribution

Life-realisation in a frame does not prove the frame itself is the living locus.

Realised informational throughput

Identity-relevant distinctions presently operative in maintenance, redirection, or completion of a life-realising regime.

Paper 2 | Throughput

Stored content alone is not realised throughput.

Maintained boundary

Interface through which a life-realising or life-relevant informational regime preserves its organised distinction from what lies outside it.

Paper 2 | Boundary

Boundary is functional and informational, not merely a line around matter.

Attribution Locus

Operational unit to which a life-relevant regime relation is attributed: active life-realisation, intrinsic resumability, potential throughput, target-locus closure, reconstruction, incorporation, positive exclusion, or residual.

Paper 2 | Locus

The Attribution Locus is the bearer of attribution; it is not automatically the IPL, visible object, container, genome, or lineage.

Functional sublocus

Component whose organisation contributes to a larger life-realising regime without thereby becoming a life form at the claimed scale.

Paper 2 | Locus

Functional necessity is not life-status.

Nested locus

Lower-order locus existing within or participating in a higher-order locus while retaining its own attribution relation.

Paper 2 | Locus / topology

Nested attribution does not imply contradiction.

Distributed locus

Locus whose maintained regime depends on spatially extended coupling, scaffolding, or recurrent exchange.

Paper 2 | Locus

Distribution raises the burden to specify boundary, completion, and continuity.

DTS completion

Localisation of where the driven thermodynamic system is actually performed, intrinsically resumable, or extrinsically completable as a life-relevant regime.

Paper 2 | Completion

The question is where life-realising informational throughput becomes actual.

Resource dependence

Dependence on environmental matter, energy, substrate, or permissive conditions while the candidate organisation performs constitutive maintenance operations.

Paper 2 | Completion

Resource dependence does not weaken life-status by itself.

Scaffolded support

External support supplying stabilising conditions while the candidate remains the locus whose identity-bearing organisation is maintained.

Paper 2 | Completion

Artificial support alone does not decide life-status.

Constitutive dependence

Dependence in which another organised locus performs operations required to complete the candidate maintenance or throughput relation.

Paper 2 | Completion

Constitutive dependence changes attribution; it is not an automatic verdict.

Host completion

Extrinsic completion relation in which a host regime makes a candidate throughput operative.

Paper 2 | Completion / potential

Host completion is not free-phase Life.

Coupled completion

Case where no component alone completes the relevant regime but the organised relation between components does.

Paper 2 | Completion

Coupling does not automatically establish unity.

Higher-order locus

Coupled organisation that stabilises a maintained regime beyond its participating loci.

Paper 2 | Topology

Requires more than interaction or dependence.

Organisational identity

Continuity of the maintained organisation by which the same locus remains attributable through change, development, dormancy, repair, transformation, or terminal completion.

Paper 2 | Continuity

Identity is not mere material sameness or name persistence.

Intrinsic resumability

Same-locus capacity by which active life-realisation can resume from a continuity-preserving suspended or dormant condition under permissive conditions.

Paper 2 | Continuity

Intrinsic resumption is not extrinsic reconstruction.

Continuity-preserving suspension

Mode in which active throughput is reduced or suspended while identity-bearing organisation and intrinsic resumability remain preserved.

Paper 2 | Continuity

Suspension does not by itself imply Life-in-Potential or death.

Dormant Life

Continuity mode inside Life where active throughput is reduced or suspended but intrinsic same-locus resumability remains preserved.

Paper 2 | Continuity / class mode

Dormancy is not Life-in-Potential and not death.

Terminal active Life

Continuity mode inside Life where distinction-conditioned organisation is still completing a terminal regime even though future branch-space is narrowing.

Paper 2 | Continuity / class mode

Terminality modifies horizon; it does not remove Life before branch closure.

Potential informational throughput

Identity-bearing potential throughput preserved by a non-life-realised organisation into an admissible extrinsic life-realising completion pathway.

Paper 2 | Potential

Not weak life, mere biological material, stored sequence, trigger, or reconstructability.

Throughput identity

Continuity of identity-relevant distinctions from a non-life-realised candidate into later extrinsic completion where those distinctions become operative.

Paper 2 | Potential

Without throughput identity, Life-in-Potential is not warranted.

Lineage identity

Continuity relation of descent, copying, or historical derivation after organisational or throughput identity has been established.

Paper 2 | Continuity

Lineage does not settle present life-status.

Continuity status

Status of a target locus or throughput relation as active, dormant, terminal active, potential, or closed; uncertain statuses are carried in residual.

Paper 2 / 3 | Classification

Continuity status must be assigned before primary class closure.

Branch-closure

Closure of all future counterfactual branch-realisation for a target locus as that locus.

Paper 2 | Death / closure

Branch closure applies to the target identity, not every constituent.

Death / closed continuity

Closure status of a formerly living target locus whose future counterfactual branch-realisation as that locus has closed.

Paper 2 | Continuity status

Death is not a fourth primary class.

Closure output

Separate output route for death of a formerly living target locus: closed continuity / formerly living target locus / no further same-locus DTS completion / remnant or fragmentation topology / residual.

Paper 3 | Output form

Closure output prevents death from entering the primary-class field.

Post-death constituent reframing

Requirement to reframe remaining constituents after target-locus death rather than spreading the same status to all matter inside the former system.

Paper 2 | Death / attribution

A dead organism may contain living subloci, Life-in-Potential candidates, or Complex Chemistry.

Reconstruction

Cross-locus descriptor for later life-like or life-realising production after identity-bearing continuity has failed.

Paper 2 | Continuity descriptor

Reconstruction is not same-locus resumption.

Incorporation

Cross-locus descriptor for material entering another living regime without preserving the prior identity.

Paper 2 | Continuity descriptor

Incorporation is not survival.

Complex Chemistry

Primary class where the candidate may be complex, organised, reactive, or biologically related but lacks active life-realisation, intrinsic resumability, and identity-bearing potential throughput.

Paper 2 | Primary class

Biological derivation alone does not exceed Complex Chemistry.

Life-in-Potential

Primary class for non-life-realised candidates preserving identity-bearing potential informational throughput into admissible extrinsic life-realising completion.

Paper 2 | Primary class

Life-in-Potential is narrow; it is not ordinary potential life.

Life as primary class

Primary class where the candidate is the Attribution Locus of active or intrinsically resumable regime maintenance.

Paper 2 | Primary class

Class assignment requires correct locus and continuity attribution.

Formal ladder

Three-class ladder: Complex Chemistry, Life-in-Potential, Life.

Paper 2 | Classification

Death, reconstruction, incorporation, topology, and uncertainty are not primary classes.

Life Attribution Procedure

Diagnostic expression of the attribution canon, moving from frame to relation, locus, completion, continuity, class, topology, residual, and update.

Paper 3 | Procedure

Procedure applies the canon; it does not add a new life theory.

Reference preflight

Stage 0 of the procedure: states candidate, scale, boundary, horizon, interface, driving, discrimination/noise regime, comparator assumptions, and continuity question.

Paper 3 | Procedure stage

Without preflight, classification drifts between scales and horizons.

Candidate framing

Stage 1 of the procedure: states what is being tested and permits later frame correction.

Paper 3 | Procedure stage

The frame is not the answer.

Life-realisation threshold

Stage 2 of the procedure: tests driven constraint-bearing regime, operative distinction, and maintenance relevance.

Paper 3 | Procedure stage

Failure of present life-realisation does not end the audit.

Attribution Locus localisation

Stage 3 of the procedure: identifies the bearer of the regime relation under evaluation.

Paper 3 | Procedure stage

Life inside a frame is not Life of the frame.

DTS-completion localisation

Stage 4 of the procedure: identifies where the life-realising, resumable, or potential completion relation is performed.

Paper 3 | Procedure stage

Dependence is too coarse; completion must be localised.

Identity and continuity determination

Stage 5 of the procedure: determines whether identity-bearing throughput is active, dormant, terminal active, potential, closed, or uncertain with residual.

Paper 3 | Procedure stage

Dormancy, potential, closure, reconstruction, and incorporation must not be collapsed.

Primary class assignment

Stage 6 output where Complex Chemistry, Life-in-Potential, or Life is assigned after preceding burdens are met.

Paper 3 | Procedure stage

Death, topology, and uncertainty must not enter the primary ladder.

Primary-class deferral

Audit result where primary-class assignment would overstate support and the class field is withheld with residual and update condition.

Paper 3 | Output form

Deferral is not a fourth ladder value.

Topology and relationship assignment

Stage 7 output describing relations among already-attributed loci.

Paper 3 | Procedure stage

Topology follows attribution; it is not a verdict.

Standard attribution output

Output form: primary class or residual deferral / continuity status / attributed locus / DTS-completion relation / topology or relationship modifier / residual.

Paper 3 | Output form

Separate fields prevent a naked noun from replacing the attribution relation.

Residual

Disciplined remainder identifying the local missing discriminator condition and update condition.

Paper 3 | Residual

Residual is not a class, continuity status, topology modifier, explanation, or hidden verdict.

Residual inventory

List of residual types by missing discriminator condition: frame, reference condition, threshold, operative distinction, comparator, Attribution Locus, DTS completion, continuity, throughput identity, closure, topology, or constituent audit.

Paper 3 | Residual

Inventory prevents uncertainty from becoming a hidden class.

Update condition

Observation, intervention, comparator result, continuity demonstration, or completion-path demonstration that would change the attribution.

Paper 3 | Residual

Every residual requires an update condition.

Strength marker

Optional marker such as strong, provisional, weak, or primary-class deferral summarising support without replacing residual.

Paper 3 | Output form

Strength markers must not create false precision.

Exemplar desktop study

Stylised application of the procedure to an edge-case candidate frame rather than a final empirical verdict for all instances of a named category.

Paper 3 | Edge-case discipline

Examples are conditional on reference frame, scale, horizon, and comparator assumptions.

Life = complexity / metabolism / reproduction / adaptation

These may be cues or mechanisms but do not state the discriminator.

Require driven constraint-maintenance supported by IPL-mediated NTC.

Life inside frame = Life of frame

A frame may contain a life-realising locus without being the locus.

Localise the Attribution Locus before primary class.

Dormant = Life-in-Potential

Dormancy preserves intrinsic same-locus resumability.

Use Life with dormant continuity where intrinsic resumability remains open.

Death = fourth class

Death closes a formerly living target locus; it does not classify all remnants.

Use closure output and reframe constituents.

Potential = any stored sequence or biological material

Life-in-Potential requires throughput identity into admissible extrinsic completion.

Require identity-bearing potential informational throughput.

Uncertain = unresolved verdict

Uncertainty is not a canonical field value except as a field condition carried in residual.

State the missing discriminator condition and update condition.

Positive exclusion = uncertainty

A relation can be excluded under stated conditions without every broader question being solved.

Separate positive exclusion from residual deferral.

Issue 1

2026-09-22

Final Issue 1 source-lock release aligned to the fixed literal heading locators, the recorded final filenames and hashes for GOT-V1-1-1, GOT-V1-1-2, and GOT-V1-1-3, and final SD-01. Controlled definitions, terminology, and canonical ownership remain unchanged.

Finalised source-locked Part 1 primary/support set, Issue 1.