> That's a distinction without a difference - how would you tell whether the particle is magically looking up its results in the universe's big book of random numbers or deciding for itself? It's true that quantum-mechanical randomness is localised, in a provable sense, but there's no contradiction between that and what "randomness" is usually understood to mean.one of the points the theorem makes is that you can't get the behaviour of fundamental particles by injecting randomness into an otherwise determinstic system. Free Will is different from randomness.
Have you watched the lectures ?
lmm|5 years ago
What is the distinction you're drawing, concretely? There simply isn't one unless you're using some very non-standard definition of randomness.
> Have you watched the lectures ?
I attended the 2005 version IRL.
Uhuhreally|5 years ago
AFAIUI by noting that the dice could have been thrown ahead of time and then looked up, we can treat it as a function of time and then it becomes as though another part of the information in the past light cone which doesn't explain the behaviour of particles, as exemplified by FIN, MIN & TWIN
Uhuhreally|5 years ago