Autopoietic Geometrodynamics: Genesis of the Single-Geon Universe and the Emergence of Macro-Spacetime Solitons from the Logical Consistency of Non-Being (v. 18.0)

Abstract

The fundamental indistinguishability of elementary particles remains an ontological enigma within background-dependent frameworks. We resolve this paradox by introducing a background-independent, purely Geometrodynamic Single-Geon Hypothesis. We postulate that the observable Universe consists of exactly one fundamental, non-rigid, non-evaporating Geonomic Singularity executing a hyper-dimensional trajectory. Crucially, we assert that the physical particles observed in the macro-world are not discrete material objects with intrinsic dimensions, but rather stable topological solitons within the non-Cartesian 3D+time simulation grid generated by the continuous spatiotemporal scanning and auto-interference of this single entity. We derive the genesis of the Geon directly from the meta-logical state of Absolute Non-Being. Defined as a total absence of entities and constraints, Non-Being possesses zero logical resistance against the emergence of internally consistent structures. In this framework, the laws of physics are the precise system of dynamic self-limitations required to prevent immediate structural dissolution. What macro-observers detect as distances, particles, and the macro-temporal flow (dt) are emergent projections of this single continuous geometric cycle. Crucially, we demonstrate that the metric rules governing localized, high-precision reference frames—such as an engineering workbench—cannot be linearly extrapolated to metagalactic deep-sky observations merely by applying a scale coefficient. In the deep-sky raster, where the coordinate matrix is uniformly populated by isomorphic galactic nodes, the observer lacks external rigid baselines. Because the underlying spatiotemporal address registers operate on mutually non-rational precession frequencies, long-range propagation accumulates a non-linear phase-slip. Consequently, cosmological phenomena traditionally attributed to material anomalies are revealed to be intrinsic geometro-optical perspective distortions of an uncompiled, scale-dependent address bus.