Quantum-entangled superluminal double-helix photon produces a relativistic superluminal quantum-vortex zitterbewegung electron and positron

Abstract

Abstract Two quantum-entangled spin-½ half-photons compose a double-helix photon model. The photon model is composed of a pair of superluminal helically-moving opposite electric charges of magnitude Q = e sqrt(2/alpha) = 16.6 e where alpha is the fine structure constant. During electron-positron pair production these charged half-photons curl up their single-helical trajectories to form geometrically-compatible relativistic zitterbewegung-frequency superluminal quantum-vortex electron and positron models. The superluminal charged energy quantum composing the resting electron and positron models moves on the surface of a mathematical horn torus.