Category:
Research Papers
Sub-Category:
Mathematical Physics
Date Published:
December 10, 2025
Keywords:
Effective Action for Low-Energy Limit Renormalisation Group Flow for Couplings. Quantum Correction to Newtonian Potential DFST Coherence Tensor Constraint
Abstract:
Abstract.
The recovery of General Relativity (GR) in the low-energy limit remains a critical benchmark for any quantum gravity framework. Within the Universal Quantum Equilibrium (UQE) architecture enhanced by Dynamic Flux, Stress Tension (DFST), this section addresses the methodological and mathematical foundations required to ensure smooth convergence from quantum-dominant regimes to classical spacetime geometry. We present a structured approach incorporating the DFST Quantum Gravity Master Equation, effective action reduction, renormalisation group (RG) flow analysis, and coherence tensor suppression. These elements collectively guarantee that as energy scales diminish, higher-order quantum corrections vanish, coupling constants stabilise, and the Einstein-Hilbert term dominates. This synthesis provides a reproducible pathway for validating the DFST framework against the essential criterion of GR recovery, reinforcing its operational coherence and physical plausibility.
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