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[–]kingminos0 points
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The two drums makes me think it's quantum dipole behavior that's being entangled . You ought to get Bessel-functions out of that "acoustic" dipole : 1+ ... 1_ thump-thaump-thump-thaump... and then ??????
Don't see entanglement as information exchange. It's a correlation, not a causation. When two objects are entangled, measurements on them become perfectly correlated, but that doesn't mean that you can use them for information transfer.
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[–] kingminos ago
The two drums makes me think it's quantum dipole behavior that's being entangled . You ought to get Bessel-functions out of that "acoustic" dipole : 1+ ... 1_ thump-thaump-thump-thaump... and then ??????
[–] theshopper ago
Is any of the information exchanged predictable or controllable in any way?
[–] The_Cat 0 points 1 point 1 point (+1|-0) ago
Don't see entanglement as information exchange. It's a correlation, not a causation. When two objects are entangled, measurements on them become perfectly correlated, but that doesn't mean that you can use them for information transfer.