Charge-Entanglement Ontology Mechanical Unification of the Strong and Weak Interactions and the Casimir Effect Paper 35

In this work, the strong and weak nuclear forces, together with the Casimir effect, are unified as different manifestations of the same underlying photon dipole stacking dynamics around shared Alpha Void Tears. The strong force emerges as entangled outer-shell binding combined with geometric resistance to Alpha Void deformation. The weak force arises from retrograde (neutrino-like) dipole components that induce marginal instability and propagate via a literal Newton’s Cradle mechanism, naturally explaining beta decay and parity violation. The Casimir effect is shown to be the macroscopic, long-range analogue of the same entangled-shell binding, with an explicit mode summation and Euler-Maclaurin derivation reproducing the standard \ (1/d³\) energy dependence directly from volumetric quantization and helical circulation cutoff. The Dynamic Casimir Effect is treated as time-dependent modulation of helical paths, enabling real photon creation. All phenomena are derived from a single primitive — charge asymmetry — without requiring quarks, gluons, or separate fundamental gauge fields. This paper strengthens the Charge-Entanglement Ontology by providing a coherent mechanical unification across nuclear and macroscopic scales. Master Reference Document v3. 0 (the authoritative source for all primitives and equations) is available separately on Zenodo. https: //doi. org/10. 5281/zenodo. 20395687