Dynamic Derivation of the 59D Unified Theory: Field Equations, Baryon Mass Calibration, and Singularity Resolution
Year: 2026
Type: article
Abstract: This final technical paper presents the formal dynamic derivation of the 59-dimensional (59D) unified framework. Moving beyond static geometry, we introduce the Ahmouri Action Principle to derive the fundamental field equations that govern spacetime and matter. Key Scientific Outcomes: The Ahmouri Engine: Full derivation of the Euler-Lagrange equations (\beta \Box S_{AB} - \alpha S_{AB} - \frac{3\gamma}{2} (S^2)_{AB} = 0) describing the evolution of the 59D manifold. Topological Symmetry: Re-affirmation of the No-Vacuum Principle (S + S^T = I) and its role in fixing the 1/2 symmetry of the Riemann critical line. Mass-Energy Equivalence: Numerical calibration of the baryon spectrum (Proton to Omega) showing that mass is a quantized resonance of 59D Casimir pressure. Gravitational Singularity Fix: Proof that the 59D matrix constraint prevents the metric determinant from vanishing, providing a non-singular alternative to classical Black Hole models. This document serves as the comprehensive 'Master Engine' for the 59D series, bridging algebraic topology with quantum field theory.
Author: AHMOURI, Abdelilah
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7160643876
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