structural-explainability

Authoritative specification of Governance Boundary (GB).

Superseded: Lean 4 formalization of the contextual structural explainability layer.

Authoritative specification of Accountable Entities (AE).

Documentation site for Structural Explainability.

Generate and check GitHub CODEOWNERS from accountable surface declarations.

Authoritative specification of Structural Explainability (SE).

Lean 4 formalization of the neutral structural substrate for Structural Explainability, defining admissibility, separation, and substrate invariants independent of identity regimes.

Interactive decision tree for classifying objects into Structural Explainability identity and persistence regimes.

Administrative tooling and automation for enforcing Structural Explainability (SE) standards across repositories.

Structural Explainability mapping examples for Grade 8 mathematics (CTX -> NOR), including NAEP, CCSS, and international systems, includes validation and coverage matrix generation.

Lean 4 formalization of the Governance Boundary.

This paper derives identity regimes that preserve stable reference when neutral substrates are transformed under persistent disagreement.

Lean 4 formalization of identity regimes for Structural Explainability, defining six canonical regimes, nine derived profiles, and transformation-based identity classification.

Lean 4 formalization of the exchange protocol schemas.

Authoritative specification of the Evolution Protocol (EP).

Lean 4 formalization of Accountable Entities (AE): six named entity kinds and their mapping to six identity regimes.

Judicial accountable record system for opinions, claims, holdings, citations, dependencies, and later treatment.

Lean 4 formalization of the contextual structural explainability layer.

Structural Explainability education mathematics mapping patterns and NOR (ACU) definitions for cross-system alignment (CTX -> NOR).

Lean 4 formalization of Structural Explainability integration, composing substrate and identity regimes into cross-cutting theorems, traceability, and system-level invariants.