wiki/projects/telic-field-papers

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The Telic Field Papers

Status: candidate Source role: semantic wiki layer Processing tier: 4 Content canon status: unset

This branch collects the source, vocabulary, lineage, conceptual papers, and implementation work that emerged from the 2026-07-13 conversation on attractors, teleology, telic fields, constitutional selves, context, time, and semantic polytelometry.

It is a lineage container, not a canon declaration.

The branch exists because a durable seam became visible across several existing bodies of work:

• dyads and standing;
• consent and intention compression;
• witness and provenance;
• semantic collapse and semantic integrity;
• loop mechanics and repair;
• fractal identity and internal multiplicity;
• temporal continuity;
• comparators and correction;
• local, consent-bound AI.

The recovered 2026-07-12 origin transcript is now the primary witnessed source. It was extracted from the verified ChatGPT export into a user-visible Markdown record; its repository path, hash, artifact ID, and public/private disposition are recorded on the Sources page. The raw export remains a local/private forensic reference because it contains internal and tool-execution material. The derived session compression, glossary, lineage map, and candidate concept pages should not outrank the transcript.

Current shape

The current branch contains:

• one verified user-visible root transcript extracted from the ChatGPT export;
• one recorded local/private raw-export source reference;
• one session compression;
• one working glossary and claim register;
• one lineage map;
• one artifact index and supporting artifact-facing pages;
• one G.2 terminology and primary-source review package;
• one F.1 v0.2 revised foundational paper;
• one F.2 dyadic-composition paper;
• one G.3 empirical and architecture-comparison package;
• one F.3 constitutional-self paper with boundary and safety companions;
• one G.4 plural-self and clinical-boundary review package;
• one F.4 telic-projection-estimation paper with boundary and record companions;
• one G.5 projection, preference-inference, and epistemic-boundary review package;
• one F.5 context-carrying-capacity paper with boundary and profile companions;
• one G.6 capacity, complexity, and requisite-variety review package;
• one F.6 temporal-relations paper with temporal-boundary and record companions;
• one G.7 time, identity, commitment, and future-standing review package;
• one F.7 dependent-loops and telic-incompatibility paper with boundary, checklist, and record companions;
• one G.8 transplantation, lock-in, drift, and dissolution review package;
• one F.8 semantic-fields and durable-telic-trails paper with matrix, provenance, and record companions;
• one G.9 meaning, trace, memory, and semantic-field review package;
• one F.9 polytelometric-navigation paper with decision-method, checklist, and record companions;
• one G.10 navigation, deliberation, and multiobjective-decision review package;
• one F.10 semantic-polytelometry paper with architecture, role-boundary, and session-record companions;
• one G.11 language-model governance and non-sovereignty review package;
• one F.11 consentfully-trained-models paper with training-authority, withdrawal, public-profile, and lineage-record companions;
• one G.12 training-data, preference-aggregation, constitution, and model-governance review package;
• one FG-S cross-paper synthesis, terminology freeze, contradiction audit, record-envelope, claim-ledger, and HI-0 branch recommendation package;
• one HI-0 controlled branch-opening package with H.0 public-reader architecture, I.0 candidate specification, schemas, worked examples, conformance matrix, and gate review;
• one HI-1 paired provenance/correction and public-primer package with I.1 technical specifications, H.1 primer, demonstrations, schemas, negative fixtures, and independent participant export;
• one HI-2 paired navigation/gates and projection-boundary package with I.2 specification, H.2 primer, route demonstrations, event-generated witness, schemas, negative fixtures, and independent decision-witness export;
• one HI-3 paired context-capacity and legitimate-stop package with I.3 specification, H.3 primer, capacity/authority matrices, demonstrations, schemas, negative fixtures, and independent context-capacity export;
• one HI-4 paired temporal-standing, commitment, and succession package with I.4 specification, H.4 primer, temporal-governance matrices, demonstrations, schemas, negative fixtures, and independent temporal witness export;
• one HI-5 paired dependency, drift, lock-in, and dissolution package with I.5 specification, H.5 primer, dependency-governance matrices, demonstrations, schemas, negative fixtures, and independent dependency witness export;
• one HI-6 paired semantic-trails, memory, and retrieval package with I.6 specification, H.6 primer, semantic-memory matrices, demonstrations, schemas, negative fixtures, and independent semantic-trail witness export;
• one HI-7 paired polytelometric-deliberation and public-decision package with I.7 specification, H.7 primer, public-decision matrices, demonstrations, schemas, negative fixtures, and independent public-decision witness export;
• one HI-8 paired non-sovereign semantic-navigation and model-mediation package with I.8 specification, H.8 primer, model-governance matrices, demonstrations, schemas, negative fixtures, and independent model-mediated witness export;
• one HI-9 paired consentful-training, source-standing, and model-lineage package with I.9 specification, H.9 primer, training-lineage matrices, demonstrations, schemas, negative fixtures, and independent consentful-training witness export;
• one HI-10 paired consentful-deployment, runtime-authority, and model-succession package with I.10 specification, H.10 primer, deployment-governance matrices, demonstrations, schemas, negative fixtures, and independent deployment witness export;
• one HI-S cross-branch synthesis, public-to-technical concept map, terminology freeze, contradiction and omission audit, schema consolidation, canonical lifecycle vocabulary, conformance levels, minimum viable implementation profile, threat-model bridge, reference scenario, Stage J recommendation, consolidated schemas, and independent TF-MVI-1 reference-scenario export package;
• one J.0 executable reference implementation and pilot-harness package with a local-first Python implementation, six consolidated schemas, external action gate, deterministic scheduling simulator, correction and consequence paths, retirement handling, independent witness verifier, web interface, and ten-threat harness;
• one J.1 executable hardening package with policy and context versioning, key rotation and revocation, concurrent event and object safeguards, correction reachability, partial-failure compensation, four selective-disclosure witness views, Ed25519-signed manifests, standalone verification, accessible local interface, and sixteen-case threat harness;
• one J.2 candidate release package with authenticated roles, split release custody, three-party corrections, policy migration and rollback, durable queue fault injection, exactly-once scheduling within the bounded simulator, 2-of-3 release approval, deterministic release construction, standalone release verification, and explicit non-claims about external human review;
• six candidate concept pages;
• a proposed foundational paper series;
• a proposed AI and implementation branch;
• a proposed public reader path.

Governing compression

A center of standing inhabits a local telic field because possible states matter differently to it.

🜁 dyads allow sovereign fields to meet without requiring either to disappear.

Semantics carries compressed orientation.

Witness carries context through time.

Loops make relational orientation durable across scale.

Semantic polytelometry compares partially expressed ends without pretending they are complete or one.

Candidate concepts

• Telic Fields
• Telic Projection
• Polytelometric Navigation
• Constitutional Self
• Context Carrying Capacity
• Semantic Polytelometry

These pages remain candidate material. Their inclusion here does not make them canonical.

Lineage surfaces

• A–K Control Plane
• Lineage
• Sources
• Open Questions
• Telic Field Concepts — Stage 5

Artifact surfaces

• Artifact Index
• Origin Conversation
• Session Compression
• Working Glossary and Claim Register
• Lineage Map
• Candidate Concept-Page Package

Proposed conceptual paper series

1. Telic Fields — A First-Principles Foundation
2. The Dyadic Composition of Telic Fields
3. The Constitutional Self
4. Simplified Telic Field Calculation
5. Context Carrying Capacity
6. Temporal Telic Relations
7. Dependent Loops and Teleological Graft Rejection
8. Semantic Fields as Durable Telic Trails
9. Polytelometric Navigation
10. Semantic Polytelometry with Language Models
11. Consentfully Trained Models

The first paper should not be published as settled theory before the adjacent-fields review is underway.

Proposed implementation branch

• Telic Projection Record
• Polytelometric Comparison Record
• Telic Projection Integrity
• Context Loading and Omission Record
• LLM Role and Authority Envelope
• Consentfully Trained Model Requirements
• Semantic Polytelometry Reference Architecture
• Dialogica integration model
• Private Semantic Runtime requirements

Project bridges

This branch belongs near:

• Consentful Cybernetics
• Semantic Integrity
• Dialogica
• Private Semantic Runtime
• Witness Foundation
• Quantum Invariants
• Field Pragmatics
• How Loops Work
• How Works
• Fractal Identity
• Consent Dynamics
• WitnessKey
• LoopField / LoopPress
• SemaLoop / SemaScript

Some of these links remain unresolved until exact wiki paths are confirmed.

Attractor bridges

The branch is expected to connect to:

• Meaning
• Consent
• Witness
• Provenance
• Loop Mechanics
• Agency
• Memory
• Trust
• Time
• Context
• Repair
• Governance
• Attention
• Identity
• Purpose

Those bridges should be planted as explicit precursors, structural precursors, ethical precursors, implementation precursors, conceptual echoes, or retrospective bridges. Earlier pages should not be rewritten as though they already contained later terminology.

Public path

The public reader path currently proposed is:

HowOneThing.work
→ HowEverything.work
→ HowSelf.work / HowSelfWorks.com

The How Self canonical-domain decision remains open.

Current boundaries

This branch does not yet claim:

• that telic fields are literal physical fields;
• that the dyad is proven to be the universal ontological atom;
• that every form of meaning is telically grounded;
• that internal constitutional elements are independent persons;
• that polytelometry or semantic polytelometry are novel terms;
• that language models can determine anyone's true purpose;
• that any current formulation is canonical.

Next actions

1. Begin J.3 as Observed External Exercise, Governance Handoff, and Pilot Admission.
2. Obtain separate organizational key custody, real identity and role lifecycle, independent security and privacy findings, external assistive-technology testing, observed multi-party correction, networked queue-failure testing, signed reviewer dispositions, and governance ownership.
3. Reconcile the cross-run release reproducibility boundary before treating the candidate as an admitted release.
4. Preserve local-first, reversible, provider-independent, no-production-personal-data, and non-certification boundaries throughout J.3.
5. Treat Stage D and Stage E repository installation as independently verified and integrated repository state; retain archived package caveats only as historical evidence.