Statistical Multi-Brane Equilibrium (SMBE): A Variational 10D Framework for the Hubble Tension and Baryon Asymmetry

We resolve the current cosmological crisis by modeling the observable 3-manifold as a dynamic membrane within a 10D White Hole interior. We define the effective cosmological constant Λ as a thermodynamic equilibrium between a 10D parent flux (Φ) and a local bulk viscosity (η) generated by the stochastic population of 10500 vacuum states. We derive a specific 3.1% suppression in structure growth and a stochastic momentum distribution for positrons (the “Berman Distribution”) with a mean of ≈ 20 keV/c. This framework provides a falsifiable unified solution for 2026 observational data releases from the Euclid and AMS-02 missions.