Quantum Entanglement Velocity in Superimposed Spacetime and Related Application

Quantum entanglement is a phenomenon that occurs purely in quantum systems. If two particles originate from the same source, and when the state of one particle changes, the state of the other particle changes. This is the phenomenon of quantum entanglement. And the time-process of this transformation is dividing the distance between the two particles, which is the speed when the entanglement phenomenon occurs. This article will start from the theoretical basis and follow two axioms: energy can be accumulated, and space-time can be superimposed, to give properly explaining the ground-breaking conclusion that “the speed of quantum entanglement is 9931 times the speed of light”. And analyze the rationality and possibility of the above two axioms. Finally, its related post quantum crypto application in cyber security example is given as well. The fractional dimension correlation generated by true random quantum device and pseudo random post quantum cryptography is compared. Quantum number brings in extra dimensionally freedom.