In the Charge-Entanglement Ontology there are no fundamental strong or weak forces, no quarks, and no gluons. Both forces emerge mechanically from photon dipole pairs organized as concentric or helical shells around a single central Alpha Void tear with fixed eccentricity \ (e 0. 962\). The strong force is short-range entangled-shell binding arising from shared outer dipole circulation and geometric resistance to over-compression of the tear. The weak force is instability propagation through neutron-type stacks containing an inner opposite-spin pair, which carries a higher Greer Tax and creates a marginally unstable “decaying orbit. ” This paper derives confinement mathematically from the quadratic energy penalty associated with distorting the optimal Alpha Void tear geometry. It also explains beta decay, neutrino oscillations (as gentle reconfiguration of weakly locked low-n dipole pairs modulated by temporal resistance \ ( (T) \) ), and unifies the Casimir effect with the strong force under the same entanglement-pressure mechanism. All nuclear phenomena reduce to photon dipole stacking dynamics, Greer Tax differences, and the single axiomatic imperative: Nature abhors a vacuum, a stopped clock, asymmetry, and zero temperature. No new particles or gauge symmetries are required. This work provides a radically simpler mechanical unification of the strong and weak forces within the Charge-Entanglement Ontology framework, building directly on Papers 10–17.
John Robert Lamarr Greer (Sun,) studied this question.