The General Theory of Entirety v2.3

Abstract

This whitepaper presents the ontological foundation of the General Theory of Entirety (GTOE) — a pre-geometric framework beginning beneath geometry, beneath physics, and beneath the mathematical structures normally assumed at the foundation of theoretical models. It derives, through ontological necessity alone, the identity Σ = č²(0)¹: the necessary condition for anything to exist at all. Version 2.3 corrects the treatment of primordial Inertia's vibration (Part I, Notation Note) — the vibration does not begin, and is not a state that commences from stillness, but the inherent self-nature of č² itself — resolving an inconsistency present in the prior version. This version also adds Chapter X, a full explanation of the framework's signature image: two reciprocal, Fibonacci-derived spiral constructions meeting at a single point of light. The chapter shows that this image is not decorative but structural proof — that Pfb's forward direction is nothing but Nfb's own sequence read in reverse, that this reversal is not optional but structurally required by the nature of infinity at a turning boundary, and that the same non-flat reversal responsible for this mirroring is what produces the minute, curvature-consistent structural fluctuations already measured in the CMB (Part II, Tier 1). Read together, these two lines of evidence — one structural, one observational — converge on a single reversal, visible at the center of the framework's own emblem. The whitepaper includes a tiered empirical test architecture (Part II), a treatment of time-space co-constitution and the two wings of science (Part VIII), a full account of primordial Inertia, Energy, TimeSpace, and Gravity (Part IX), and a comparative placement of GTOE against classical and quantum physics (Part VI). The framework's current institutional expression, the CDT School of Pre-Geometric Science and Research (CDT-SPSR), is documented separately (Zenodo, DOI: 10.5281/zenodo.22542848). © 2025-2026 Kalishwar Das. CC BY-NC 4.0.