<b>Frequency Is Geometry</b>: One Scale Unifies Light, Mass, Energy, Time, and Information - Horizons Become Measurable

<p dir="ltr">This paper demonstrates, with SI-calibrated data and closed-form equations, that frequency is a geometric variable: the spatial curvature of a local clock line f(x) obeys a compact closure that ties geometry and energy to a directly measured “clock-flow.” The central res...

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Bibliographic Details
Main Author:	Keaton Williams (22195216) (author)
Published:	2025
Subjects:	Quantum computation Foundations of quantum mechanics Quantum optics and quantum optomechanics Quantum physics not elsewhere classified frequency–geometry unification spectral geometry Spectral Einstein–Keaton Equation (SEKE) log-frequency curvature curvature R energy density ρ nonlocal kernels fractional order s≈0.58 horizon thermometry KMS equality time–bandwidth invariant (CUI) temporal Gauss law (TGL) running coupling (tRG) information–curvature coupling topology (Euler characteristic, MDL) Trinity-Σ commuting RG nodal-measure scaling across dimensions metric-affine (Palatini, torsion) signatures holographic capacity per octave Wigner–Smith delay species universality chip-scale analog gravity geometry-from-spectra metrology
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<b>Frequency Is Geometry</b>: One Scale Unifies Light, Mass, Energy, Time, and Information - Horizons Become Measurable

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