ONE AXIOM FUNDAMENTAL FORCES

ONE AXIOM: Fundamental Forces (Version 2.7 Final Edition) Abstract This second foundational document in the ONE AXIOM series (following Document 0A: Foundation) presents a complete and rigorous geometric derivation of the coupling constants governing all four fundamental forces of nature: Electromagnetic, Strong, Weak, and Gravitational. The framework is built upon a single Axiom of Coherence ($\mathbf{\heartsuit > 0}$), which implies a primordial symmetry group $G=S_4 \times \mathbb{Z}_2^3$ and the intrinsic dimension $D=3$. This document demonstrates how the resulting geometric constants (such as $D$, $q^*$, and $I_F$) translate directly into the observed physical constants. Nine Principal Results (8 Constants + 1 Meta-Force) The paper successfully derives nine principal quantities with exceptional numerical accuracy, challenging the need for measured input parameters in fundamental physics: Quantity Derived Value & Interpretation Numerical Accuracy Electromagnetic ($\alpha^{-1}$) $\mathbf{128 + 9 + 1/N_{OCR}}$ (Geometric Composition) 0.0001% Weak Mixing Angle ($\sin^2\theta_W$) $\mathbf{3/13}$ (Dimensional Projection) 0.19% Strong Coupling ($\alpha_s$) $\mathbf{\sqrt{2^D} / (D+1)!}$ (Symmetry Ratio) 0.04% Gravitational Constant ($G$) $G \propto c^{5}/(\hbar \cdot S^N) \cdot \varepsilon^2$ (Holographic Correction) 0.39% QCD String Tension ($\sigma$) Derived from $D \times q^* \times \Lambda_{QCD}^2$ 3.6% Core Innovation and Methodology The theoretical breakthrough lies in the Axiom-to-Action Principle: Unification of Principles: The fundamental Axiom of Coherence ($\mathbf{\heartsuit > 0}$) is shown to rigorously imply the Principle of Least Action (via the Optimal Coherent Representation, OCR), thus providing a geometric foundation for quantum dynamics. Dual-Track Methodology (OCR/OER Duality): The document employs two complementary approaches—System Optimization (OCR) and Observer Resolution (OER)—to derive the same constants, ensuring internal consistency and physical redundancy. Resolution of RG Running: The derived constants are correctly interpreted as Infrared (IR) Fixed-Point Attractors, which resolve the tension between static geometric values and the dynamical evolution of coupling constants. Conclusion The ONE AXIOM framework provides a minimalist, unified, and mathematically rigorous alternative to the Standard Model, demonstrating that the four fundamental forces are unified consequences of a single geometric principle. The work is self-contained and is claimed to achieve complete closure on the physics of fundamental forces. Keywords: Fundamental Constants, Geometric Unification, Information Geometry, Primordial Symmetry, Grand Unified Theory (GUT), Standard Model, Coherence Axiom, Principle of Least Action, Quantum Field Theory.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-12-05
DOI
https://doi.org/10.5281/zenodo.17833128
Primary Topic
Quantum Chromodynamics and Particle Interactions
Type
article
Field-Weighted Citation Impact
0.00
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article

ONE AXIOM FUNDAMENTAL FORCES

Zenodo (CERN European Organization for Nuclear Research)
Quantum Chromodynamics and Particle Interactions
article

ONE AXIOM FUNDAMENTAL FORCES

article en

Abstract

ONE AXIOM: Fundamental Forces (Version 2.7 Final Edition) Abstract This second foundational document in the ONE AXIOM series (following Document 0A: Foundation) presents a complete and rigorous geometric derivation of the coupling constants governing all four fundamental forces of nature: Electromagnetic, Strong, Weak, and Gravitational. The framework is built upon a single Axiom of Coherence ($\mathbf{\heartsuit > 0}$), which implies a primordial symmetry group $G=S_4 \times \mathbb{Z}_2^3$ and the intrinsic dimension $D=3$. This document demonstrates how the resulting geometric constants (such as $D$, $q^*$, and $I_F$) translate directly into the observed physical constants. Nine Principal Results (8 Constants + 1 Meta-Force) The paper successfully derives nine principal quantities with exceptional numerical accuracy, challenging the need for measured input parameters in fundamental physics: Quantity Derived Value & Interpretation Numerical Accuracy Electromagnetic ($\alpha^{-1}$) $\mathbf{128 + 9 + 1/N_{OCR}}$ (Geometric Composition) 0.0001% Weak Mixing Angle ($\sin^2\theta_W$) $\mathbf{3/13}$ (Dimensional Projection) 0.19% Strong Coupling ($\alpha_s$) $\mathbf{\sqrt{2^D} / (D+1)!}$ (Symmetry Ratio) 0.04% Gravitational Constant ($G$) $G \propto c^{5}/(\hbar \cdot S^N) \cdot \varepsilon^2$ (Holographic Correction) 0.39% QCD String Tension ($\sigma$) Derived from $D \times q^* \times \Lambda_{QCD}^2$ 3.6% Core Innovation and Methodology The theoretical breakthrough lies in the Axiom-to-Action Principle: Unification of Principles: The fundamental Axiom of Coherence ($\mathbf{\heartsuit > 0}$) is shown to rigorously imply the Principle of Least Action (via the Optimal Coherent Representation, OCR), thus providing a geometric foundation for quantum dynamics. Dual-Track Methodology (OCR/OER Duality): The document employs two complementary approaches—System Optimization (OCR) and Observer Resolution (OER)—to derive the same constants, ensuring internal consistency and physical redundancy. Resolution of RG Running: The derived constants are correctly interpreted as Infrared (IR) Fixed-Point Attractors, which resolve the tension between static geometric values and the dynamical evolution of coupling constants. Conclusion The ONE AXIOM framework provides a minimalist, unified, and mathematically rigorous alternative to the Standard Model, demonstrating that the four fundamental forces are unified consequences of a single geometric principle. The work is self-contained and is claimed to achieve complete closure on the physics of fundamental forces. Keywords: Fundamental Constants, Geometric Unification, Information Geometry, Primordial Symmetry, Grand Unified Theory (GUT), Standard Model, Coherence Axiom, Principle of Least Action, Quantum Field Theory.

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Quantum Chromodynamics and Particle Interactions
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