Category:
Research Papers
Sub-Category:
Unification Theories
Date Published:
January 31, 2026
Keywords:
DFST, UQE, quantum gravity, gravimagnetic sector, amorphicity, field routing, equation routing
Abstract:
Abstract.
This paper reintroduces the Universal Quantum Equilibrium DFST Framework, a structural unification of the four foundational pillars of physics:
Newtonian mechanics, Einsteinian Gravitation, Quantum Mechanics, and Quantum Field Theory.
The framework replaces force‑based or geometry‑only descriptions with a unified architecture built from deformation, routing, and equilibrium operators acting across a 32‑cell state-space.
Within this architecture, classical and quantum laws emerge as limiting cases of a single equilibrium condition, while cosmological and high‑energy phenomena—black hole horizons, dark energy expansion, and supernova collapse—are shown to follow the same underlying structural equations.
The paper presents upgraded forms of Newton’s law, the Einstein Field Equations, the Schrödinger and Heisenberg formulations, the Dirac Equation, Feynman’s Path Integral, and the Bohr Model, each expressed as a projection of the UQE‑DFST operator set.
Mathematically, the UQE‑DFST framework is founded on the unification of six disparate symmetry‑based languages: gauge theory, Lorentzian geometry, graded quantum field theory, variational calculus, continuum mechanics, and statistical ensemble theory.
The 4 Forces, 4 Dimensions and 4 States and Scales are unified in a 32-cell matrix architecture.
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