Formal OWL 2 Ontology Explorer (Foundations Audit & COR Theory)
Interactive Dual-Domain Knowledge Graph, K3 Carrier Reasoner & RDF/Turtle Specification
An interactive formal ontology explorer encoding the strict architectural dichotomy and operational bridges between the Foundations Audit epistemological observatory (namespace fa:) and the Conditional Operational Reconstruction physics stack (namespace cor:). Compiled from cor_ontology.ttl using Python rdflib into 802 verified RDF triples, 57 OWL 2 classes, 14 object properties, and 81 semantic graph edges.
Claim Boundary & Exclusions Audit
What Is Claimed (Within Scope)
- •Formalizes the Constitutional Kernel (K1–K9), the pairwise disjoint Three-Target Firewall (Target I, Target II, Target III), and the Basement Provenance Protocol (0 + X = X) in machine-verifiable OWL 2 syntax.
- •Encodes the 5-layer transitive dependency hierarchy of COR Theory (Layer 0 through Layer 4) via owl:TransitiveProperty (cor:dependsOnLayer).
- •Enforces the Complete Carrier (K3) ledger and Non-Null Provenance Principle as formal owl:equivalentClass intersection axioms (cor:CompleteCarrier and cor:ValidPhysicalClaim).
- •Models the Two-Gate HCOD certification protocol (Gate 1 common-record commutator preservation and Gate 2 Holevo fragment redundancy) alongside certified countermodels.
What Is NOT Claimed (Prohibited Inferences)
- •An OWL 2 formalization of epistemological rules and conditional physics theorems is a semantic knowledge graph, not a derivation of physical actuality from pure logic (P.E.N. boundary).
- •Layer 4 (Higher Spacetime & Gravity) is explicitly typed at its Open Question / Provisional Closure ceiling pending the 10 Constitutional Reopening Triggers.
urn:foundationsaudit:corFoundations Audit & COR Theory Dual Architecture Ontology
A formal, typed OWL 2 ontology specifying the strict architectural dichotomy and operational bridges between the Foundations Audit (epistemological observatory, Constitutional Kernel K1–K9, P.E.N. definability boundaries, and claim-ceiling governance) and COR Theory (Conditional Operational Reconstruction 5-layer physics stack, complete carrier accounting, HCOD two-gate diagnostics, and countermodel boundaries).
cor_ontology.ttl): b764042baa7e0ae48102ee4e...05101316a755Compiled via Python rdflib into W3C JSON-LD & Typed TypeScript GraphValid Audited Physical Claim
IRI: urn:foundationsaudit:cor#ValidPhysicalClaim
Non-Null Provenance Axiom: A valid physical claim within the Foundations Audit & COR Theory architecture MUST be a PhysicalClaim that enforces a declared TargetDomain (K2) and requires a CompleteCarrier (K3).
ValidPhysicalClaim === PhysicalClaim & exists enforcesTargetDomain.TargetDomain & exists requiresCompleteCarrier.CompleteCarrier
Any proposition lacking either a typed TargetDomain or a CompleteCarrier fails constitutional intake.
OWL 2 Restrictions & Intersection Axioms (3)
Connected Semantic Triples (3)
1. Foundations Audit Domain
Click any class below to load it into the OWL Inspector above.
Constitutional Kernel Rules (K1–K9)
Audit Engine, Provenance Algebra (BNP) & Lineage
2. COR Theory Domain
5-Layer Conditional Operational Reconstruction hierarchy.
Complete Carrier Schema (K3 Intersection Axiom) & Bridge
Operational Diagnostics (HCOD), Theorems & Countermodels
Technical Exposition & Formulation
The Foundations Audit & COR Theory Dual Architecture Ontology (urn:foundationsaudit:cor, v2.1.0-COR) is authored in W3C RDF 1.1 Turtle (.ttl) and parsed via Python rdflib into W3C JSON-LD, structured Graph JSON, and strongly-typed TypeScript structures. Every OWL class is annotated with its controlling corpus document (fa:sourceDocument), standardized 10-tier status badge (fa:claimStatus), symbolic mathematical expression (fa:formalExpression), nonretroactive claim ceiling exclusion (fa:claimCeilingExclusion), and canonical site route (fa:siteRoute).
Formal Definitions
Encodes the epistemological observatory: Constitutional Kernel rules (K1–K9), pairwise disjoint Target Domains (Target I, II, III), Basement Provenance Protocol, P.E.N. Nondefinability Theorem, Typed Nullity (BNP-C3), Claim Status Tiers, and Program Lineage (OIRP & ETP).
Encodes the controlling physics reconstruction stack: Constructive Dependency Layers (Layer 0–4), Complete Carrier K3 intersection schema, Admitted Physical Bridge (J_phys), Quantum Darwinism Survival, HCOD Two-Gate Diagnostics, Fisher-Clock & Loop Holonomy theorems, Lieb-Robinson Sector Diagnostics, and Countermodels.
Assumptions & Input Data
- W3C OWL 2 Description Logic semantics (rdfs:subClassOf, owl:equivalentClass, owl:intersectionOf, owl:Restriction, owl:disjointWith, owl:TransitiveProperty).
- All ontological classes remain strictly subject to Constitutional Kernel K1–K9 and their declared corpus provenance hashes.
Declared Complete Carrier (K3)
The formal ontology artifact content/ontology/cor_ontology.ttl, compiled outputs in public/ontology/cor_ontology.{ttl,jsonld,json}, and the rdflib build pipeline scripts/build-ontology.py.
Associated Countermodels & Obstructions
- cor:HiddenControlFalsePositiveModel: Sectorwise Holevo redundancy (Gate 2) without common-record commutation (Gate 1) fails consensus.
- cor:DephasingClockCountermodel: Vanishing accessible Fisher information breaks affine operational clock adequacy.
- cor:LowerFrontSectorObstruction: Essentially unbounded sector velocities preclude a uniform exponential Lieb-Robinson envelope for C_inf.
Source Provenance & Verification Hashes
ETP_MANUSCRIPT_AUTHORITY_REGISTER_Truth_First_V14...
ETP_Final_Synthesis_Draft-20...
Challenge This Claim Ceiling
Identified an unstated carrier or a counterexample? Submit a formal challenge.