Resolution of the Yang-Mills Mass Gap and Quantum Tunneling via Dynamical Interconversion between Coupled Specular Domains

This work formalizes a unified cosmological and quantum framework based on the phase interconversion
between two coupled coordinate domains (Domain A and Domain B), separated by an infinitesimal potential
barrier called the Membrane M. By integrating extended CPT symmetry and an original quantum entanglement
coupling, we demonstrate that the "Mass Gap" problem in Yang-Mills equations stems from the dynamical
inertia associated with the periodic oscillations of gauge fields between the two membranes.