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friend
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How is the wavefunction of one particle with mass, m, and velocity v affected by a nearby particle that has it's own wavefunction with mass, M and velocity V. Can the interaction of these wavefunctions be through any other means than entanglement? Can the wavefunction of a single non-entangled free particle be compared to that of the same particle when it is entangled with another free particle? Can the wavefunction of the first particle in some sense seem space-contracted or time-stretched by the mere presents of the second particle (when compared to no entanglement )? Thanks.