The Theory of Energy-Spacetime (TES) - Theoretical framework of strong interaction

This document establishes the deterministic subatomic foundation of the Theory of Energy-Spacetime (TES). It provides a breakthrough derivation of the Strong Interaction coupling constant (alpha_s) directly from the current cosmological metric dilation (delta_t = 1.083), achieving a 97.6% correlation with experimental Z-boson data (0.1179).Key innovations include:The Law of Total Saturation: Defines the hadronic volume as a state of maximum metric density (rho_max approx. 2.3 x 10^17 kg/m3).Metric Reciprocity: Explains the "running" of coupling constants as a mechanical response of the spacetime manifold to local energy injection.Phase Transition Theory: Predicts the dissolution of nuclear forces and the transition to Planck-scale density beyond the rho_max limit.Empirical Validation: Includes a comparative analysis across four orders of energy magnitude (from Tau-lepton to 13 TeV LHC jets), demonstrating consistent 97-100% accuracy.This framework shifts particle physics from probabilistic modeling to deterministic geometrodynamics, providing the geometric stage for the unification of General Relativity and subatomic forces.