- #1
cybercrypt13
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There are many experiments that supposedly prove that two entangled particles instantly effect each other when one is touched. I know I don't have to explain this since you all seem to understand it so well, but basically the two particles fly apart and we measure one's spin and the other is instantly effected beyond the speed of light.
Well, my question is: What on Earth are we using to make such a determination? Do we have some camera that is capable of measuring frames for each light second? To us, light instantly flies across the room, but we know this is not true. But to measure such a thing is no simple exercise. So during the test where we entangled two particles, watched the fly apart and then attempt to measure one, Who is standing across the room or across the ocean on another island that can say that the measure of the first instantly effected the second?
Thanks for you explanations,
glenn
Well, my question is: What on Earth are we using to make such a determination? Do we have some camera that is capable of measuring frames for each light second? To us, light instantly flies across the room, but we know this is not true. But to measure such a thing is no simple exercise. So during the test where we entangled two particles, watched the fly apart and then attempt to measure one, Who is standing across the room or across the ocean on another island that can say that the measure of the first instantly effected the second?
Thanks for you explanations,
glenn