Synkyria is organised as an architectural system, not a linear theory.

Its surfaces answer different questions about viability under finite capacity, and are designed to compose across levels: formal theory, field–system coupling, witness, runtime evidence, public translation, lived experience, institutions, and governance.

Status & citability.
This page is an architectural map.
Zenodo is citable authority only where a DOI is explicitly listed below.
Other entries may point to site navigation pages, internal manuscripts, forthcoming records, specifications, or reproducible artefacts.

Legend: [Zenodo DOI] · [Site page] · [Internal / forthcoming] · [Spec] · [Repro artefact] · [Note]

Core Synkyrian spine

The Synkyria spine is not a linear replacement chain. It is a layered development.

FOP — Fractal Onto-Praxis establishes the field-first, non-closure, viability grammar: the field is prior to form, and form remains lawful only where viability, non-collapse, and continuation can still be held.

Field–System Coupling formulates the AEW triad as an FOP instrument: admissibility belongs to the field, execution to the system, and witness to the accountability condition that makes boundary contact reviewable.

Scale-Invariant Viability Transition Theorem (SIVT) explains why the minimal transition grammar recurs across valid levels under finite horizons. The recurrence of ACCEPT, REFUSE, HOLD/DELAY, and RE-DESCRIBE is treated as a structural result, not a metaphor.

Admissibility–Execution–Witness Coupling (AEW Coupling) gives the sharper necessity result for accountable viability: admissibility, execution, and witness must be coupled, not merely present.

Witnessed Continuation explains how trace and continuation remain preserved across transitions, so that re-description or level-shift does not erase accountability.

In short:

FOP
→ Field–System Coupling
→ SIVT
→ AEW Coupling
→ Witnessed Continuation
→ AI Constitution / SFV / TER / Certificates / Applications

Public surfaces such as the Finite-Capacity AI Constitution, SFV, runtime witness systems, certificates, and applications should be read as translations of this spine under finite capacity.

Status note: FOP, Field–System Coupling, and AEW Coupling currently have public Zenodo records. SIVT and Witnessed Continuation are treated here as forthcoming/internal spine nodes until DOI records are available.

Published Zenodo records

Core spine records

Verification, refusal, and audit records

AI governance and public constitutional records

Operational time and temporal records

Structural Phenomenology of Viability

Public translation and earlier orientation records

Forthcoming / internal spine nodes

These records are part of the current Synkyria spine but should not be cited as public DOI records until their Zenodo releases are available.

  • SIVT — Scale-Invariant Viability Transition Theorem [Internal / forthcoming DOI] Explains why the same minimal transition grammar — ACCEPT, REFUSE, HOLD/DELAY, RE-DESCRIBE — recurs across valid levels under finite horizons.

  • Witnessed Continuation under Finite Capacity [Internal / forthcoming DOI] Explains how trace and continuation remain witness-preserved across transitions, re-descriptions, and level shifts.

  • Action, Trace, and Horizon under Finite Capacity [Internal / forthcoming DOI] Orientation companion for operational time, trace, and continuation horizon.

  • Situated Verification under Finite Capacity [Seed / forthcoming] Forthcoming fourth-paper direction: the verifier is also finite; verification must not become a new unreviewable burden.

1. Foundational layer

The foundational layer gives Synkyria its field-first grammar.

FOP — Fractal Onto-Praxis

FOP establishes the basic orientation of Synkyria:

  • the field is prior to form;
  • form is lawful only where viability remains possible;
  • non-closure is not failure but a condition of emergence;
  • continuation must remain constrained by finite capacity;
  • transition is not merely change, but viability-preserving transformation.

FOP is not an application surface. It is the foundational onto-praxic grammar from which later instruments, theorems, and translations are read.

Public record: https://doi.org/10.5281/zenodo.18301722

2. Coupling layer

The coupling layer turns the field-first grammar into an accountable architectural relation.

Field–System Coupling

Field–System Coupling is an FOP instrument for the AEW triad under finite horizons.

It defines the role-separation:

  • Field carries admissibility: what must not be violated over the relevant horizon.
  • System carries execution: the cost-bearing surface on which transitions occur.
  • Witness carries accountability: the boundary-legible trace that makes contact reviewable.

Its central claim is that viability, responsibility, and refusal belong neither to the field nor to the system alone. They belong to the coupled AEW basis.

Field–System Coupling therefore functions as the instrument-level bridge from FOP to AEW.

Public record: https://doi.org/10.5281/zenodo.18303644

3. Scale-transition layer

The scale-transition layer explains why the same minimal grammar recurs across levels.

SIVT — Scale-Invariant Viability Transition Theorem

SIVT states that under finite horizons, any accountable viability regime must realise a minimal transition grammar:

  • ACCEPT
  • REFUSE
  • HOLD / DELAY
  • RE-DESCRIBE

The theorem explains why this grammar is preserved under valid re-descriptions. In this sense, the fractal recurrence of Synkyria is treated as a structural result, not a metaphor.

SIVT is the bridge between FOP and AEW at the level of scale transition.

Status: internal / forthcoming DOI.

4. Accountability layer

The accountability layer states what must be coupled for action to remain accountable under finite capacity.

AEW Coupling

AEW Coupling gives the sharper necessity result for accountable viability.

It states that admissibility, execution, and witness must be coupled, not merely present.

Without valid AEW coupling, predictable structural failure modes occur:

  • specification erasure;
  • system erasure;
  • silent degradation;
  • non-reviewable action;
  • witness failure;
  • post-hoc justification replacing boundary contact.

AEW is therefore the minimal accountable unit of Synkyria.

Public record: https://doi.org/10.5281/zenodo.19830457

5. Continuation and trace layer

The continuation layer asks how trace and accountability survive transition.

Witnessed Continuation

Witnessed Continuation explains how continuation remains accountable when action, trace, and horizon move across time or level.

It asks:

  • what trace must remain carried;
  • what cannot be restored by late reporting;
  • how continuation remains witness-preserved;
  • how re-description avoids erasing responsibility;
  • how future admissibility depends on carried trace.

This layer connects AEW, operational time, and scale transition.

A forthcoming extension — Situated Verification — will ask who can judge that continuation remains accountable, and from where. The verifier is also a finite form: verification itself must not become a new unreviewable burden.

Status: internal / forthcoming DOI.

6. Runtime and evidence layer

The runtime and evidence layer translates the spine into reviewable artefacts, traces, certificates, and field-lab surfaces.

TER — Tropic Echo Room / field-lab line

TER is not the whole theory. It is an operational and evidence-facing surface for testing how refusal, holding, witness, morphogenesis, and certificates appear under runtime pressure.

Core concerns include:

  • admissibility under finite capacity;
  • refusal and holding as first-class boundary acts;
  • runtime witness;
  • field/system stability;
  • certificate-bearing transitions;
  • reviewable traces and evidence packs.

Certificates and witness systems

Certificate-bearing architectures such as PT-STABLE and SC-STABLE translate Synkyrian accountability into inspectable review surfaces.

They do not replace the theory. They provide evidence-bearing forms through which finite-capacity transitions can be reviewed.

7. AI governance translation

The AI governance layer translates Synkyria’s finite-capacity grammar into institutional and technical governance for AI systems.

Finite-Capacity AI Constitution

The Finite-Capacity AI Constitution is a public governance translation of Synkyria.

It focuses on:

  • admissibility before execution;
  • explicit boundary acts such as ACCEPT, HOLD, and REFUSE;
  • reviewable witness;
  • protected non-disclosure without erasing accountability;
  • authority, amendment, and human review discipline;
  • failure disclosure;
  • evidence-bearing governance.

It is not “Constitutional AI” in the Anthropic-method sense. It is a finite-capacity constitutional framework for accountable AI systems under pressure.

Public page: /finite-capacity-ai-constitution/

Main records: https://doi.org/10.5281/zenodo.19765326 https://doi.org/10.5281/zenodo.19765899 https://doi.org/10.5281/zenodo.20012477

8. Structural Phenomenology of Viability

The SFV layer translates Synkyria’s finite-capacity grammar into lived experience, contact, time, holding, and non-coercive emergence.

SFV — Structural Phenomenology of Viability

SFV asks how lived experience can be understood structurally under finite capacity: not by reducing it to psychology or diagnosis, but by examining the conditions under which contact, expression, refusal, holding, and transition remain viable.

SFV studies:

  • contactability;
  • pre-contact;
  • holding;
  • refusal;
  • operational time;
  • therapeutic time;
  • finite horizons;
  • ambiguity;
  • survived form;
  • non-coercive emergence;
  • learning before output.

Its current synthesis names three structural axes:

  • contactability
  • holdable time
  • non-coercive emergence

SFV is not a clinical method, diagnostic system, or therapeutic protocol. It is a human-scale translation surface for finite-capacity viability.

Public page: /sfv/

Related records: https://doi.org/10.5281/zenodo.19961716 https://doi.org/10.5281/zenodo.19663502

9. Reader-stabilising layer

The reader-stabilising layer protects public translation surfaces from predictable misuse.

RSN — Reader–Stabiliser Notes

RSN notes function as anti-drift membranes.

They prevent SFV and related public translations from becoming:

  • diagnostic checklists;
  • therapeutic techniques;
  • self-help pressure;
  • moralised refusal;
  • forced positivity;
  • coercive interpretation.

RSN does not extend the core theory. It protects the conditions under which public translation remains non-coercive and finite-capacity consistent.

Public page: /rsn/

10. Applications layer

Applications translate the Synkyria spine into specific domains.

These may include:

  • education and learning;
  • “No AI before trace”;
  • “Hold Before Form”;
  • institutional overload;
  • organisational viability;
  • AI governance;
  • review and audit practices;
  • runtime assurance;
  • therapeutic and phenomenological translation;
  • field-lab experimentation.

Applications are not separate theories. They are domain translations of the same finite-capacity grammar.

Public page: /applications/

11. Library and navigation surfaces

The library and navigation pages help readers enter the project without requiring them to follow the full spine immediately.

  • How to Read Synkyria [Site page] /how-to-read/

  • Library [Site page] /library/

  • Archive & DOI records [Site page] /archive/

  • Architecture Map [Site page] /architecture/

  • Applications [Site page] /applications/

  • Synkyria Symbol [Site page] /brand/symbol/

These pages are orientation surfaces. They help readers locate the right entry point.

Suggested reading paths

Theory-first path

FOP
→ Field–System Coupling
→ SIVT
→ AEW Coupling
→ Witnessed Continuation
→ Operational Time / Runtime / Certificates

AI governance path

Field–System Coupling
→ AEW Coupling
→ Refusal Stack
→ Finite-Capacity AI Constitution
→ Companion Expansion / Evidence Templates

SFV / lived-experience path

SFV-00
→ SFV-01 / SFV-02
→ Therapeutic Time
→ SFV Synthesis
→ RSN guardrails

Runtime / evidence path

AEW Coupling
→ Witness Schema
→ TER field-lab
→ Certificate-bearing transitions
→ Review packs / evidence artefacts

Public orientation path

How to Read Synkyria
→ Library
→ Finite-Capacity AI Constitution
→ SFV
→ Archive & DOI records

Key principle

Synkyria is a finite-capacity viability architecture.
Form is not forced.
Refusal is structural.
Holding preserves admissibility.
Witness makes boundary contact reviewable.
Continuation remains accountable only where trace, boundary, and horizon remain coupled.