Topological Dynamics of Gravitational and Electromagnetic Interactions via Spatial Superfluid Tensors: Covariant Field Equations and Geometric Resolution of the Large Number Hierarchy

The greatest crisis in contemporary theoretical physics is the reliance on phenomenological parameters—such as the fine-structure constant, hadronic mass ratios, the electroweak mixing angle, and the cosmological dark sector ratio—which must be manually inserted into the Standard Model and CDM cosmology. In Spiral Space Dynamics (SSD) V5. 2, we present the ultimate geometric unification. By modeling the universe as a 5D topological fluid undergoing Kaluza-Klein dimensional reduction, we analytically derive these fundamental constants strictly as dimensionless geometric cross-sections, phase angles, and degrees of freedom. This framework establishes that: The Dark Sector is merely a 10: 4: 1 metric tensor division. The Electroweak Mixing Angle (Weinberg Angle) is a strictly derived 2/9 intersection probability based on gauge boson degrees of freedom. The Proton Mass is governed by a pure 6⁵ vortex volume. The Fine-Structure Constant () is the absolute transmissivity of the 5D fluid projecting through a 120-cell discrete lattice. Gravity is the macroscopic Bernoulli negative pressure, attenuated to the 10^-40 scale via Markovian topological damping across the K₅=40 kissing-number lattice. We mathematically prove that the universe possesses zero free parameters; reality is the absolute, deterministic topological projection of a 5-dimensional fluid, forever governed by the pure algebra of dimensionality, 120-cell topology, and.