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Published April 4, 2026 | Version v2.1

The General Theory of Entirety

  • 1. Independent Researcher

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  • 1. Core Contributor

Description

This version (v2.1) of The General Theory of Entirety (GTOE) presents a pre-geometric ontological framework grounded in the identity ∑ = č²(0)¹. It establishes a strictly non-empirical origin layer (č²) and distinguishes it from the projection layer (X²), within which all physical observables, including geometry and quantum behavior, are confined.

Ultimate Zero (UZ) is defined as the minimum non-zero distinguishability boundary (D*), constituting the origin-layer threshold within č². Projection arises through structural mirroring at this boundary, without invoking causality or physical transition across domains.

Planck scale is positioned as a projection-level threshold within X² and does not represent an ontological origin. It defines the limiting boundary of admissible physical structure, while remaining fundamentally distinct from the origin-layer threshold defined by UZ. Recursion dynamics (Nfb → UZ → Pfb) are treated as structural necessity rather than causal process.

Contemporary high-energy physics advances toward increasingly fundamental descriptions within X², but remains confined to projection-defined frameworks. It does not formally recognize an origin-layer structure and, within its current theoretical commitments, does not identify the universe as a projection continuously arising from such a domain, manifesting as ongoing expansion.

The framework enforces strict domain separation, ensuring that no geometry, quantum behavior, or causality is attributed to the origin layer. Empirical relevance is maintained through projection-consistent observables, without introducing new physical entities.

GTOE is a formal segment of the broader Contextual Domain Trajectory (CDT) research architecture and does not exist independently of it. Its full interpretation and authoritative positioning remain governed by the CDT framework. This version consolidates structural corrections, falsifiability conditions, and comparative positioning with existing physical theories.

This Version 2.1 of the Whitepaper is derived from its Copyright edition of 2025, and constitutes a refined presentation of the same underlying intellectual property without altering its foundational ownership or authorship.

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Additional details

Related works

Is supplement to
Preprint: 10.5281/zenodo.18004727 (DOI)

Dates

Updated
2026-04-04
Version 2.1