Mathematical Extension to ARTICLE NO. 5: Deterministic Derivation of Cosmological Parameters through Viscous QC-Medium Topology

This supplemental paper provides the exhaustive mathematical formalization of the "Zolottcev Hypothesis" regarding the viscous nature of the vacuum. We derive the 4.95% baryon density of the universe from first principles of toroidal topology and phase transition dynamics within the Quantum-Crystalline (QC) medium. Key derivations include the 17.5% energy dissipation tax (redirected into Z-thickness/Dark Energy), the "Spin-Flip" operator for baryogenesis, and the hydrodynamic origin of the Gravitational Constant (G). The work correlates theoretical predictions with Planck 2018 mission data and provides a falsifiable framework for mass anisotropy and antimatter buoyancy.