- #1
gespex
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Hello everybody,
I was wondering: why is "spooky action at a distance" considered to be more likely than a detection loophole? That is to say, why is Bell's Theorem assumed to imply that two entangled particles must communicate faster than light, rather than saying that a subset of particles is not measured at all?
I was considering the detection loophole, and if the detection loophole would exist it would seem likely that the number of measured entangled photons per second would vary based on the relative angle of two detectors. Has such an experiment been done to confirm or refute it? (And if so, let me guess, it refuted it?)
If so, do you have a link to such an experiment?
Thanks in advance,
Gespex
I was wondering: why is "spooky action at a distance" considered to be more likely than a detection loophole? That is to say, why is Bell's Theorem assumed to imply that two entangled particles must communicate faster than light, rather than saying that a subset of particles is not measured at all?
I was considering the detection loophole, and if the detection loophole would exist it would seem likely that the number of measured entangled photons per second would vary based on the relative angle of two detectors. Has such an experiment been done to confirm or refute it? (And if so, let me guess, it refuted it?)
If so, do you have a link to such an experiment?
Thanks in advance,
Gespex