Scale-Free Cosmological Unification via Covariant Volume-Constrained Time Geometrodynamics

Scale-Free Cosmological Unification via Covariant Volume-Constrained Time Geometrodynamics is a comprehensive, non-singular six-dimensional (3 Space + 3 Time) fluid-manifold framework that unifies quantum mechanics and cosmology through a single geometric pipeline. By replacing an infinitely stretchable spacetime canvas with a closed, volume-constrained matrix where constants are hardcoded directly into the coordinate axes, this model completely outlaws mathematical singularities and eliminates the need for dark matter or dark energy fudge factors. The complete 28-page manuscript includes a rigorous mathematical breakdown detailing the inner mechanics of black holes, event horizon stasis gateways, and macrostructural bubble universe mergers. Every section is bound strictly to real-world system constants, providing a native algebraic resolution for the 73.50 km/s/Mpc Hubble tension, the Fermilab Muon g-2 anomaly, and the recently observed 500-attosecond subatomic electron transit lag. Section VII outlines the precise laboratory instrumentation and attoclock parameters required for experimental optics networks to physically test the model's predicted fundamental loading lag (eta) within the localized environment of an entangled receiver system.