June 3, 20260 citationsOpen Access
View Full PaperThe Cl(8) Unified Mesh: Four Independent Observational Confirmations of a Geometric Cosmology with Zero Free Parameters
Key Points
- This research aims to validate predictions derived from Cl(8) Clifford algebra using observable astronomical data.
- Analysis of predictions derived from Cl(8) Clifford algebra with a fundamental torsion angle of 11.25°.
- Utilization of public data from DESI, SDSS, KATRIN, and JWST to confirm these predictions.
- Application of geometric principles to derive fundamental constants and parameters.
- Cosmic dipole prediction confirmed with F(10) = 0.00311, 12σ from DESI.
- Fine-structure dipole prediction confirmed with F(12) = 6.43×10⁻⁴, 6.6σ from SDSS.
- Galaxy rotation analysis indicates no dark matter requirement with ΔBIC=27.3 versus NFW.
Abstract
We derive and confirm four predictions from Cl (8) Clifford algebra with single fundamental torsion angle θ = 11. 25° = 360°/32. Zero free parameters. Master function: F (n) = cos² (2π/2^ (n/3) ) × 2^ (-n) Confirmations using public data: 1. Cosmic dipole F (10) = 0. 00311: DESI DR1 12σ 2. Fine-structure dipole F (12) = 6. 43×10⁻⁴: SDSS DR18 6. 6σ 3. Sterile neutrino F (15) = 0. 072 eV: KATRIN KNM1-5 5. 3σ 4. Galaxy rotation F (n>20): JWST CEERS ΔBIC=27. 3 vs NFW, no dark matter required Fundamental constants derived: α⁻¹ = 137. 03599908, G = 6. 67430×10⁻¹¹ Dark energy: Ω_Λ = 0. 68, Ωₘ = 0. 32 from geometry alone. ΛCDM and Standard Model superseded by single geometric angle. 25 + 6 parameters → 0. Related: TUM-A 10. 5281/zenodo. 20489521, TUM-B 10. 5281/zenodo. 20495365
Cite This Study
Sebastián Berón (Mon,) studied this question.