The integer 137 is no longer "one of the greatest damn mysteries of physics. " This paper defines the dimensional flow of information in the atom, providing the first mechanical derivation of the Fine-Structure Constant (α) from pure geometry. We re-identify α as a Dimensional Projection Operator, a scale-invariant gearbox that governs topological information compression through a 9-layer atomic manifold. Crucially, this framework reveals that 137 is not an isolated anomaly, but one of five unified Inverse Fine-Structure Constants (αₚ, αₑ, αₙ, αᵥ, αᵤ) that topologically lock the proton, electron, neutron, vacuum, and universe into a single geometric engine. By resolving this central constant, the OMEGA 137 Framework replaces the 19 empirical free parameters of the Standard Model with a deterministic foundation requiring zero degrees of freedom. This unified structure is achieved through the Functional Re-identification of latent identifiers: fundamental values native to existing data whose primary mechanical functions have been historically mischaracterized as rounding errors or secondary coefficients. Core Analytical Results: Zero Free Parameters: A deterministic geometric foundation replacing empirical fitting. Precision Metrology: First-principles derivations of the proton mass ratio (0. 8σ), neutron mass ratio (0. 33σ), and Inverse Fine-Structure Constant (0. 11σ). Universal Gravity: A closed-form derivation of the gravitational constant (G) calculated to 13-digit precision directly from electromagnetic structure. Higgs Convergence: Four independent geometric channels converging on the Higgs boson mass (125. 25 GeV) to within ~1. 1 MeV, proving it is a topological necessity. Spacetime Mechanics: Derivation of time dilation as a mechanical consequence of Grid Flux Density, resolving the incompatibility between Quantum Mechanics and General Relativity without macroscopic curvature. Dark Sector Architecture: Definitive mechanical functions assigned to Dark Matter (Inertial Delay Tensor), Dark Action (Evolution Operator), and Dark Energy (Metric Expansion Pressure).
John Lehew (Sat,) studied this question.