- #1
Xilor
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There are tons of interpretations of quantum mechanics, but I'm unaware of any that are 'classical' as in being local, having realism and determinism.
There is Bells famous work proving that that can't be true for certain aspects of quantum mechanics, but why aren't there any classical interpretation which apply to the movements of particles and which call entanglement just a completely different phenomena?
Using a real wave and by using chaos it seems to me that all the movement issues such as the double-slit experiment but even the quantum erasure experiment or the delayed choice experiment can be described at least conceptually just fine, some of the details would be strange, but far less so than breaking realism is to me. What am I missing here?
There is Bells famous work proving that that can't be true for certain aspects of quantum mechanics, but why aren't there any classical interpretation which apply to the movements of particles and which call entanglement just a completely different phenomena?
Using a real wave and by using chaos it seems to me that all the movement issues such as the double-slit experiment but even the quantum erasure experiment or the delayed choice experiment can be described at least conceptually just fine, some of the details would be strange, but far less so than breaking realism is to me. What am I missing here?