- #1
bassplayer142
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So if I understand Quantum entanglement just in theory, I would say that two particles (unknown as spin up or down), can be separated over a distance. At which point, if one is observed it has a 50% chance of being up and down therefore determining the other particle without directly observing it. This all makes sense to me so far.
Say we have two people each in possession of one of the two particles that are undetermined. It is important next that both of these people are in the exact same reference frame which means that their time is shared. So what happens if both of them decide to observe their particle at the same exact time?
Say we have two people each in possession of one of the two particles that are undetermined. It is important next that both of these people are in the exact same reference frame which means that their time is shared. So what happens if both of them decide to observe their particle at the same exact time?