Prime Elements of Ordinary Matter, Dark Matter, & Dark Energy

Key Points Creation of prime elements of matter toryces by charge and reality polarization of quantum vacuum. Formation of prime elements of radiation helyces from excited and oscillated toryces. Formation of elementary matter particles from toryces and elementary luminal and superluminal radiation particles from helyces. Formation nucleons and hydrogen atom of ordinary and dark matter from elementary particles. Unification of forces, subluminal and superluminal velocities, charge, and infinity and infinility (infinite nil). Key Predictions Nucleons of dark and ordinary matter have the same structures but they are at different exponential excitation quantum energy states. At the next exponential excitation quantum energy state, the masses of nucleons of dark matter are approximately 137 times greater than the masses of nucleons of ordinary matter.