Framework Admissibility Histories (FAH)
Framework Admissibility Histories (FAH)
Status
Proposed governance document associated to https://www.dottheory.co.uk/paper/lexicon
The Framework Admissibility Histories registry records admissibility-relevant developmental transitions occurring within frameworks.
This document complements:
• Lexicon
• Operational Admissibility Protocol (OAP)
• Matrix and Codex
Relationship to Existing Infrastructure
Lexicon
↓
Framework Structure
OAP
↓
Framework Evaluation
Matrix
↓
Framework Relationships
FAH
↓
Framework Evolution
Scope:
Framework Admissibility History records should be created only where admissibility-relevant transitions have been explicitly identified and documented.
Examples include:
• implicit commitments becoming explicit,
• assumptions becoming theorems,
• residual migration,
• bridge formation,
• operator clarification,
• admissibility strengthening,
• interoperability reclassification.
Framework evolution itself may constitute an admissible object of analysis.
Declared Records:
RECORD 1
FAH-DT-Ai-001
Title:
Ai Stability Condition
Date:
2026-06-15
Object:
Ai
Originator:
S. Vossen
Refinement:
J. Pascher
Transition Type:
Operational Refinement
Attribution Status:
O0 — Original Object:
S. Vossen
CR — Collaborative Refinement:
J. Pascher
Summary:
Discussion surrounding HLV, PHI, and HICE workflows localised a stability condition applicable to Affinity Interfaces.
The refinement identifies that attribution remains stable only when admissibility criteria and comparison classes are declared prior to evaluation.
Statement:
An Affinity Interface preserves attribution when its admissibility conditions and comparison class are declared prior to evaluation.
Notes:
Ai remains a Dot Theory object originated by S. Vossen.
The stability condition records J. Pascher's localisation of an established methodological principle within the Ai framework.
RECORD 2
FAH-DT-FAHub-001
Title:
Framework-Affinity Architecture → FA-Hub Operationalisation
Date:
2026-06-15
Object:
FA-Hub
Originator of Framework-Affinity Architecture:
S. Vossen
Operational Formalisation:
M. Krüger
Contributing Refinements:
J. Pascher
P. Stoychev
Transition Type:
Operationalisation
Attribution Status:
O0 — Framework-Affinity Architecture:
S. Vossen
OF — Operational Formalisation:
M. Krüger
CR — Contributing Refinements:
J. Pascher
P. Stoychev
Summary:
Framework-affinity evaluation, residual localisation, attribution tracking, claim-state governance, framework-comparison architectures, and AI-assisted interoperability concepts discussed within the Dot Theory / IPI interoperability context were operationally formalised by Marcel Krüger within the Framework Affinity Hub architecture.
The resulting manuscript provides a residual-preserving framework-comparison environment while preserving explicit distinctions between:
• origin
• organisation
• operationalisation
• manuscript formalisation
Status:
Accepted
Related Objects:
Ai
FA-Hub
FAH
Residual
Bridge
Claim-State
Operational Admissibility Protocol
Operational Admissibility Matrix
