The Sohail-String Unification Model (SSUM): A Deterministic Fractal Universe

We present the Sohail-String Unification Model (SSUM), a deterministic, geometric theory of fundamental physics based on an 11-dimensional superfluid fractal substrate. In SSUM, gravity, matter, and cosmology emerge from three universal constants: the topological winding number 1837, the scale-slip invariant ηs = 0.0041, and the connectivity density C = 9192 = 844 561. We derive the proton-electron mass ratio to seven significant figures from first principles, eliminate dark matter via a logarithmic metric correction, resolve the Hubble tension through scale-dependent phase slip, and reproduce the Standard Model gauge group via compactification on a squashed seven-sphere with G2 holonomy. The model is formulated as a Poincaré Gauge Theory with explicit numerical protocols for Skyrmion soliton simulation and cosmological confrontation via modified Boltzmann codes.