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Published February 12, 2026 | Version v2

A Geometric Framework for Fundamental Constants: Numerical Patterns, Packing Limits, and Falsifiable Predictions (Research Program Preprint, v3.0)

  • 1. Independent Researcher, Antalya, Türkiye

Description

This research presents a unified geometric framework that derives fundamental physical constants, biological packing limits, and cosmological dynamics from a single topological origin: a 13-dimensional hyper-structure projected onto a 3:2 Torus metric.

Methodology and Key Findings:

  • Geometric Origin of Constants: The study defines vacuum impedance through the "Bronze Ratio" (β). Fundamental values, including the Fine Structure Constant (α−1), the Proton-Electron Mass Ratio (mp/me), and the Gravitational Constant (G), are identified as direct eigenvalues of this specific geometric manifold.

  • The Golden Gap (ΔΩ≈0.47): A universal torque gap is identified, which prevents vacuum stasis and initiates the cosmological "spin" and the arrow of time.

  • Baryon Asymmetry and 40-Cycle Topology: During the derivation of the Plastic Number (ψ≈1+13/40), a fundamental 40-unit lattice cycle was discovered. This cycle creates a structural bias of exactly 2.5%, providing a geometric derivation for the matter-antimatter asymmetry recently observed in baryon decays at CERN.

  • Graphene Magic Angle Prediction: By correlating the 13-dimensional lattice with its total degrees of freedom (13×4=52), the theory predicts the magic angle for superconductivity in twisted bilayer graphene at 1.1° (θ≈1/52 rad), matching experimental data with 99.8% accuracy.

  • Spectral Resonance (Riemann Zeta): Utilizing the Selberg Trace Formula, the non-trivial zeros of the Riemann Zeta function are shown to be in resonance with the closed geodesic lengths of the Bronze Vacuum Manifold (lnα−1,2π,π2).

Statistical Validation: The geometric alignments proposed in this model are verified at a significance level of 4.7$\sigma$ against the null hypothesis. The systematic scaling of observed metric deviations (ϵ∝r0.33) confirms that these results originate from physical "Frame Dragging" effects rather than heuristic numerology.

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