- #1
kinkarso
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Hi there,
Is it possible to accelerate one of a pair of photons (while under quantum entanglement) close to the speed of light, and communicate information from the future?
For example, two pairs of entangled photons with pre-determined states (using projection measurement) have one of their members accelerated at close to the speed of light, then returned - into the relative future. In that future, a coin is flipped, and we change one or both of the photons based on the result of the coin flip. In the present, would we then derive which of the two pairs were changed and therefore know if the coin flip that is yet to happen, will be heads or tails?
Please excuse the dumb question.
Thanks!
Donny
Is it possible to accelerate one of a pair of photons (while under quantum entanglement) close to the speed of light, and communicate information from the future?
For example, two pairs of entangled photons with pre-determined states (using projection measurement) have one of their members accelerated at close to the speed of light, then returned - into the relative future. In that future, a coin is flipped, and we change one or both of the photons based on the result of the coin flip. In the present, would we then derive which of the two pairs were changed and therefore know if the coin flip that is yet to happen, will be heads or tails?
Please excuse the dumb question.
Thanks!
Donny