Category:
Research Papers
Sub-Category:
Mathematical Physics
Date Published:
December 28, 2025
Keywords:
Universal Quantum Equilibrium, DFST, Dynamic Flux Stabilisation Theory, Quantum Mechanics, Relativistic Field Theory, Klein–Gordon, Dirac Equation, Proca Field, Yang–Mills Theory, Entropy Flux, Information Flux, Curved Spacetime, Quantum Maste
Abstract:
The Universal Quantum Equilibrium DFST.
Dynamic Flux Stress Tension, Dynamic Flux Stabilisation Theory.
(Dynamic Flux Stabilisation Theory) introduces a unified framework that integrates classical mechanics, quantum mechanics, and relativistic field theory under a single equilibrium principle. This framework successfully integrates relativity with quantum wave functions through the Universal Quantum Equilibrium DFST framework. By embedding entropy and information flux corrections into the fundamental equations of motion, DFST ensures dynamic stability across scales and energy regimes. This framework presents an extended DFST Lagrangian and Euler–Lagrange formalism for scalar, spinor, vector, gauge, and hybrid fields, including curved spacetime compatibility. A combined Classical/Quantum DFST Master Equation is formulated to govern universal evolution, supported by a comprehensive numerical simulation strategy and workflow diagrams. Practical applicability is demonstrated through five real-world scenarios spanning cosmology, particle physics, gauge theory, and astrophysics.
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