Analysis on the Mechanism of Photon Splitting Polarization Pairing and Its Experimental Verification Scheme

The Canadian photon splitting experiment on two photon polarization correlation has long been regarded by mainstream physics as important experimental evidence for quantum entanglement and spooky action at a distance. However, the underlying physical mechanism of this effect lacks corresponding descriptions of entity evolution processes, and existing explanations mostly rely on mathematical fitting. Based on the Light Origin Theory, this paper abandons non classical assumptions such as quantum superposition and quantum entanglement. By applying the scalpel like division mechanism of crystal lattices, the collision perturbation effect between photons and atomic lattices, and the conservation rule of polarization angle matching, this paper provides a complete physical interpretation for co polarized and orthogonally polarized distributions of twin photons. This paper establishes two fundamental optical criteria: first, photon energy rise fall, fusion and splitting must satisfy the precondition of consistent polarization angles; second, collisions between photons and material atoms can alter photon polarization angles. Based on the above mechanisms, this paper clarifies that only two stable polarization pairing modes exist after photon splitting. A thought experiment with a triangular prism optical path is designed to test the inference that atomic lattice collisions change photon polarization angles. This research revises partial theoretical deviations in traditional optics and provides a brand new classical entity based physical interpretation for the laws governing photon photon interactions.