This discussion is fascinating but is starting to go beyond the capabilities of regular non-physicist folks like me. Having to sift through an endless amount of incomprehensible quantum mechanics maths in a language that's not my native one, is rather discouraging.
Anyway, i feel that if we have to continue from here we are going to need some help from Cavediver or San Goku(Sp?).
We have seen how chaos is defined in classical mechanics. Can chaos also be defined in quantum mechanics? If so, how? Is there a connection between the uncertainty principle of quantum mechanics and chaos and if there is, how are they related? Doesn't chaos arise in a classical, nonquantum world on macroscopic phenomena?
Will the uncertanty principle hold in the future when we will likely have a much more sophisticated and accurate measurements of quantum events than the ones of today? Is there "true, uncaused" chaos in quantum mechanics(I don't really expect anyone to know that with great certainty)? If some of these questions are currently impossible to answer, is an eventual Theory of Everything going to solve them?
What is causing the phenomenon that prevents us from knowing with high accuracy both the position and the momentum of an electron? (kidding, kidding, haha...
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PS. There is something about matter that seems to contradict reality(maybe it's my ignorance) but i will not post it here to avoid going in multiple offtopics.
Edited by Agobot, : No reason given.
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Edited by Agobot, : No reason given.