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March 22, 20260 citationsOpen Access

The Analytic Resolution of the CKM Hierarchy and the Geometrization of Mass

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DSDaniel Speckmann

Key Points

  • This research aims to establish a unified framework linking flavor physics and cosmology through the Emergent Resonant Brane model.
  • Introduced the Emergent Resonant Brane model for flavor and cosmic structure unification.
  • Analyzed the force ratio of dark matter to dark energy using numerical studies.
  • Derived quark generational radii through spherical Bessel zeros and new metric laws.
  • Fixed parity-breaking asymmetry in the CKM matrix using Gaussian overlaps.
  • Achieved a mean absolute error of 1.88e-05 in reproducing the CKM matrix.
  • Identified the relativistic time-dilation exponent as a fundamental scaling factor.
  • Showed that global expansion rates are shielded by local vortex density.
  • Confirmed findings agree with existing observational data within 99.4% accuracy.

Abstract

Emergence of Flavor and Cosmic Structure from a Resonant Brane Model (v15) The Unified Resolution of the CKM Hierarchy and the Dark Sector We present Version 15 of the Emergent Resonant Brane (ERB) model, providing the first mathematically closed unification of subatomic flavor physics and macroscopic cosmology. Following Einstein’s vision of matter as a geometric property of the field, Version 15 achieves full analytic closure by reducing the Standard Model flavor sector and the dark sector of the universe to a single mechanical input: the brane-mass ratio mB/mA = 3/2. Key discoveries of the v15 Analytic Update: THE COSMIC LINK: We identify the relativistic time-dilation exponent alpha = 2*pi - 1 (approx. 5. 28) as the fundamental scaling factor of the universe. Numerical studies confirm that the force ratio of Dark Matter to Dark Energy (FDM / FDE) is a direct consequence of this topological constant, agreeing with observations to within 99. 4%. INERTIAL BRANE WARPING: We derive the generational radii ri of quarks from spherical Bessel zeros (jₗ, 1) via a new metric displacement law (m^-1/4). This reveals the quark mass hierarchy as the elastic response of the vacuum brane to gyroscopic inertia, eliminating the need for manual radial optimization. ANALYTIC CKM RESOLUTION: The parity-breaking asymmetry alphaw is analytically fixed by the topological normalization of Gaussian overlaps (sqrt (2*pi) ). Version 15 reproduces the CKM matrix with an unprecedented Mean Absolute Error (MAE) of 1. 88e-05. HUBBLE SHIELDING: The model provides a geometric solution to the H0-tension. We demonstrate that global expansion is "shielded" or "pinned" by local vortex density (matter), explaining the natural decoupling of local clustering and global expansion rates. By unifying the quantum phase with relativistic energy density, the ERB model demonstrates that the Standard Model flavor sector and the cosmological dark sector are emergent properties of the same resonant medium. All results are fully reproducible via the provided v15 Unified Audit Suite. Keywords: CKM Matrix, Dark Matter, Dark Energy, Hubble Tension, Mass Hierarchy, Resonant Brane, Unified Field Theory, Bessel Functions, Inertial Warping.

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Cite This Study

Daniel Speckmann (2026) studied this question.

synapsesocial.com/papers/69bf89a9f665edcd009e9869https://doi.org/10.5281/zenodo.19136513
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