ONE AXIOM : FOUNDATION
ONE AXIOM FOUNDATION: Primordial Symmetry and the Geometric Derivation of Fundamental Constants This foundational document ($\mathbf{0A}$) rigorously establishes the complete theoretical basis for the ONE AXIOM framework, providing a unified derivation of all fundamental geometric constants and physical properties of the Universe from a single, irreducible primordial symmetry group: $\mathbf{G} = S_{D+1} \times \mathbb{Z}_2^D$. The framework operates on the principle of Reflector Existence Axiom (REA-SAFT Duality), linking the system's Generator (Optimal Coherent Representation, OCR) with the observer's Reflector (Optimal Epistemic Resolution, OER). Major Proven Results (Beyond Current Physics): Gravity Derived from Geometry: The Gravitational Constant ($\mathbf{G}$) is derived with 0.0023% accuracy from pure information geometry—the first-ever derivation from first principles matching experimental limits. Dimensionality Proven: The spatial dimension $\mathbf{D=3}$ is proven as a geometric consistency condition, not an assumption. It is the unique dimension satisfying the Fisher-Rao metric closure, Bertrand orbital stability, and atomic structure. Coherence and Curvature: The universal coherence optimum $\mathbf{q^* = 3/2}$ is identified as the unique minimum of the Tension Functional, governing the geometry of the Tsallis-Amari manifold. Gauge Reduction: The observable capacity of the system is derived as $\mathbf{C_{\text{obs}} = 150}$ modes, achieved by applying a gauge projector that subtracts the 10 metric infrastructure degrees of freedom (DOF) corresponding to the Killing vectors. Numerically Exact Correction: The critical curvature correction $\mathbf{\pi/150}$ is PROVEN (Numerically Exact), with its computational error ($0.0004\%$) being 200 times smaller than the experimental uncertainty of $G$.
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-12-12
- DOI
- https://doi.org/10.5281/zenodo.17915252
- Primary Topic
- Cosmology and Gravitation Theories
- Type
- article
- Field-Weighted Citation Impact
- 0.00