2 ms·
Thanks for posting that. Can you reconcile these two parts for me though: "It accounts for the apparent contradiction between quantum theory, which says that
by meri_dian 9y ago
Thanks for posting that. Can you reconcile these two parts for me though:
"It accounts for the apparent contradiction between
quantum theory, which says that entropy is conserved in unitary transformations,
and the apparent increase in entropy that arises from the randomness in
quantum measurements."
And
"randomness is not an essential cornerstone of quantum
measurement but rather an illusion created by it."
So is it random or is it not, in your view?
- lisper 9y ago> So is it random or is it not, in your view? It depends on your perspective. From the perspective of a classical entity, yes, it's random. From the perspective of the quantum wave function, no, it's not.