Entangled particles stay in immediate and direct contact, by sharing the same system wavefunction, over any-size space or time interval {non-locality}|. Changes in one particle immediately affect the other particle, seemingly sending information faster than light speed. Conservation laws hold, because particle travels as fast as information, and same particle can go to both detectors. Perhaps, non-locality is due to quantum-mechanical space and time being discrete, foam-like, and looping.
Physical Sciences>Physics>Quantum Mechanics>Wavefunction>Collapse>Non-Local
5-Physics-Quantum Mechanics-Wavefunction-Collapse-Non-Local
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Date Modified: 2022.0224