MUT v5.4 Final: A Full Deterministic Framework of Awareness, Mass, Time, and Entropy Across Domains

This work presents MUT v5.4 Final, a fully deterministic theoretical framework unifying atomic, biological, planetary, stellar, and cosmic domains. It builds upon prior versions (v5.0–v5.3) to integrate awareness-based scaling, vacuum-derived scalar frequency, superluminal awareness velocity, mass, lifespan, curvature, entropy, and gravitational acceleration into a single causal chain.Key features:Awareness as the fundamental substrate: All physical phenomena emerge from a conserved awareness flux.Mass and time: Derived deterministically from awareness flux interacting with the scaling factor � and scalar frequency �.Gravity: Emerges naturally from gradients in scalar frequency (�) across domains; Newtonian gravity, general relativistic effects, and galactic rotation curves are reproduced without invoking dark matter.Entropy and aging: Deterministic evolution of coherence length explains biological aging, thermodynamic arrow of time, and cosmic entropy increase.Predictive scaling: Provides numerical predictions for systems from the Hydrogen atom to the Universe across more than 80 orders of magnitude.Integrated framework: Curvature, entropy, and frequency gradient dynamics unify all scales into a coherent deterministic model.Rydberg, J. R. (1890). Spectroscopic Constants of Hydrogen.Planck, M. (1901). The Theory of Heat Radiation.Aung, M. M. (2026). MUT Technical Series v4.0–v5.4.Riess, A. G., et al. (2023). Hubble Tension and Metric Anisotropy.JWST Science Team (2024). High-Redshift Galaxy Observations.