UN Theory — Meta‑Corpus Framework: Definitions, Notation, Structural Map, Reader's Guide, and Final Synthesis
Year: 2026
Type: preprint
Abstract: EXECUTIVE SUMMARY This combined DOI consolidates the five structural meta-documents of the UN Theory public corpus: the Definitions Index, Notation Index, Theory Map, Reader’s Guide, and Final Synthesis. Together, these documents form the complete meta‑architecture that defines, organises, contextualises, and unifies the entire public-facing UN Theory programme. The Definitions Index establishes the full vocabulary of the δI‑substrate, emergent geometry, cosmology, horizon dynamics, collapse physics, terminal-state structure, and neutrino-domain behaviour. The Notation Index provides the complete symbol table used across all sector papers, ensuring consistency, clarity, and alignment with the Volume 10 notation standard. The Theory Map presents the structural hierarchy of the corpus, organising Sectors 0–XXV into six major domains: Substrate & Emergence, Global Geometry & Cosmology, Horizon & Collapse Dynamics, Terminal-State Architecture, Neutrino Domain, and Global Recovery & Corpus Closure. This map defines the dependency graph and cross-domain bridges that link the entire programme. The Reader’s Guide provides the official traversal order for all public documents, offering both a full reading path and optional rapid or empirical routes. It clarifies the role of Volumes 0–10 as structural references and positions each sector within the emergence chain. The Final Synthesis integrates all domains into a single unified overview, demonstrating how the δI‑substrate generates geometry, cosmology, horizon physics, collapse dynamics, neutrino oscillation, and the full recovery of all known physics. It provides the closure statement for the public corpus and establishes the structural completeness of the UN Theory programme. This combined DOI serves as the authoritative meta‑corpus for UN Theory, providing the definitions, notation, structure, reading logic, and unified synthesis required to understand and audit the full public architecture.
Author: Jefferys, Clint
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7203647835
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