Published March 25, 2026
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Geometric Manifold (With Proven Math)- A Topological Solution to the Crisis in Cosmology, Unifying General Relativity & Quantum Mechanics
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Overview:
This paper introduces the Geometric Manifold-Tension Framework, a purely geometric model that derives fundamental physical constants from a single topological origin. By defining the universe as an 11-dimensional manifold unfolding into a 3D interface, we provide high-precision derivations for the Fine Structure Constant, the Higgs Mass, and the Proton-to-Electron mass ratio without arbitrary fine-tuning.
This paper introduces the Geometric Manifold-Tension Framework, a purely geometric model that derives fundamental physical constants from a single topological origin. By defining the universe as an 11-dimensional manifold unfolding into a 3D interface, we provide high-precision derivations for the Fine Structure Constant, the Higgs Mass, and the Proton-to-Electron mass ratio without arbitrary fine-tuning.
Key Breakthroughs:
- The 0.1% Inefficiency: We identify a fundamental geometric "exhaust" (epsilon) that accounts for the observed phenomena of Gravity and Dark Matter.
- The Vacuum Energy Solution: By applying the Scaling Gap (10^21) to manifold pressure, we resolve the 120-order-of-magnitude discrepancy in vacuum energy.
- Hubble Tension (H0): We propose "Sector-Clicking" - a model where expansion is a discrete topological staircase rather than a smooth curve, explaining current measurement discrepancies.
- Jitter Sync: A derivation of the Fine Structure Constant (approx. 137.036) and the Neutron-Proton mass delta (1.30 MeV) via circular projection lag.
- Additional equations include: Gravity, Dark Matter, Speed of Light, and more.
- Predicts Graviton Mass and Age of the Universe.
Data Comparison:
The framework results match CODATA and CERN empirical data with 99.99% accuracy, suggesting that the fundamental constants are not arbitrary but are mandated by the geometry of the manifold unfolding.
For the computational derivation please see this framework https://doi.org/10.5281/zenodo.19155038
The framework results match CODATA and CERN empirical data with 99.99% accuracy, suggesting that the fundamental constants are not arbitrary but are mandated by the geometry of the manifold unfolding.
For the computational derivation please see this framework https://doi.org/10.5281/zenodo.19155038
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