Experimental Proofs for the Unified Scale Symmetry Model (USSM): Metric Drift, Bulk Viscosity, and the 17.6 Gyr Singularity

Overview The Unified Scale Symmetry Model (USSM) presents a mechanical, fluid-dynamic reinterpretation of the vacuum as a 10D viscous superfluid. By identifying a non-zero Bulk Viscosity (zeta approx 7.01 \times 10^8 Pa·s) and a Universal Vacuum Pressure (P_vac approx 48.2 psi), the USSM provides a rigorous framework for the "Alice Gauge" scaling effects observed in particle physics and cosmology. Core Mechanism: The Metric Inflow In the USSM, gravity is not a static curvature but the pressure exerted by a 90 km/s Metric Inflow (U) into matter-vortices. This inflow interacts with the Genomic Screw (DNA) and particle geometries to define the local "Arrow of Time". Key Scientific Resolvables The Hubble Tension: Resolved through Viscous Expansion Lag, achieving a correlation of chi^2 = 0.27. Baryogenesis: Defined as Geometric Natural Selection, where inward vacuum pressure reinforces converging (matter) geometries while mechanically crushing diverging (antimatter) geometries. Scale Factor (Psi): The identification of the 207 Scale Factor as a fundamental ratio in particle generation and metric drift. Verification Targets (2026–2030) This archive serves to timestamp three primary falsification tests: Tau Lepton Mass Incline: A predicted linear drift of 0.03 MeV/year, targeting a mass of 1777.46 MeV by 2030. Antimatter Radial Expansion: A measured divergence of approx 20.4 PPM/hr in trapped antiproton samples due to the structural conflict between diverging geometry and background metric contraction. Metric Sound Speed (c_s): The identification of 430 km/s as the longitudinal sonic barrier of the 10D metric lattice. Metric Constants Universal Age (T_{univ}): 17.135 Gyr (Approaching 17.6 Gyr curing singularity) Santos Constant (\sigma): 0.007716 Universal Breath Cycle: 34.27 Gyr Metric Drift Rate: 85,500 PPM