Category:
Research Papers
Sub-Category:
Mathematical Physics
Date Published:
November 19, 2025
Keywords:
Universal Quantum Equilibrium: Dynamic Flux, Stress Tension. (DFST) Gauge TheoryTensor Calculus
Abstract:
Abstract
We present an upgraded formulation of the Universal Quantum Equilibrium (UQE) framework with Dynamic Flux, Stress Tension (DFST), designed to unify quantum mechanics, quantum field theory, general relativity, and Newtonian mechanics within a single operational ledger. Building on the original UQE DFST proposal, this work introduces a harmonized set of equations across all four pillars of physics and a new DFST Quantum Gravity Master Equation that integrates covariant stress–energy from quantum fields, semiclassical mean‑field contributions, and Newtonian weak‑field recovery. Regime gates and diagnostic invariants are defined to govern transitions between local and universal domains, ensuring solver readiness and conservation fidelity. The framework predicts measurable signatures—including defect morphogenesis, anomalous viscosity, turbulence modulation, and plasma filamentation—and provides a roadmap for calibration, experimental protocols, and computational efficiency. This synthesis positions UQE DFST not only as a physical theory but as a mathematical innovation, offering a reproducible, testable, and operationally coherent pathway toward quantum gravity.
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