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February 10, 2026Open Access

Unification of Subatomic Physics and Galactic Dynamics

Key Points

This research aims to reconcile the proton radius puzzle and galactic rotation anomalies through a new torsion constant.
Propose a new operational torsion constant KGéo to replace the Euclidean circular constant π eucl
Analyze the proton mass in relation to the Planck lattice
Investigate the Navarro-Frenk-White dark matter profile as a projection of metric torsion
Derive the information transfer limit based on vacuum rigidity.
Introduced the torsion constant KGéo ≈ 3.143405 providing a solution to longstanding physics puzzles.
Demonstrated that proton mass relates elastically to the Planck lattice structure.
Showed the Navarro-Frenk-White profile as a manifestation of metric torsion.
Established an information transfer limit of vOTA ≈ c • 10^20 from vacuum rigidity.

Abstract

We propose a unified solution to the proton radius puzzle and galactic rotation anomalies by substituting the Euclidean circular constant π eucl with an operational torsion constant KGéo ≈ 3.143405. This constant emerges from the intrinsic rigidity of the vacuum (ϵ ≈ 5.76 × 10-4). We demonstrate that the proton mass is an elastic reaction of the Planck lattice and that the Navarro-Frenk-White (NFW) dark matter profile is a virtual projection of metric torsion. Finally, we derive the information transfer limit vOTA ≈ c • 10 20 as a direct consequence of this vacuum rigidity.

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Pascal Moulin MOULIN

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Unification of Subatomic Physics and Galactic Dynamics

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