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March 23, 2026Open Access

A Beautifully Geometric Universe: All Standard Model and Cosmological Parameters from the Friedmann Coefficient

Key Points

The aim is to derive all 36 measurable parameters of particle physics and cosmology from a single coefficient in the Friedmann equations.
Derivation of parameters using the Friedmann coefficient Z
Verification of parameters against existing experimental data
Comprehensive documentation of derivations and critical responses
32 out of 36 parameters verified, achieving an 89% verification rate
Four exact matches found for key parameters such as the bottom quark mass and the CP phase
Support for derived parameters through experimental evidence

Abstract

We derive ALL 36 measurable parameters of particle physics and cosmology from a single coefficient: Z = 2√ (8π/3) = 5. 7888, appearing in the Friedmann equations of general relativity. VERIFICATION STATUS: 32/36 parameters VERIFIED (89%) FOUR EXACT MATCHES: 1. sin² (θ₂₃) = 0. 5458 atmospheric neutrino mixing 2. δCP = 195° PMNS CP phase 3. mb = 4. 18 GeV bottom quark mass 4. H₀ = 70. 4 km/s/Mpc VERIFIED by CCHP TRGB = 70. 39 ± 1. 22 This 46-page comprehensive document includes complete derivations, experimental evidence, responses to criticisms, and falsifiable predictions.

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