@validity,
validity;31936 wrote:What are the main hindrances stopping these interpretations that potentially allow for determinism, from becoming the favoured interpretation?
What a great question. I so, totally don't know. The only thing I can think of is that for some reason most physicists see that interpretation to most likely be accurate. Or maybe it's the interpretation that actually seems to come most directly from the empirical observations and thus be the one that requires the least amount of actual interpretation?
I know some knowledgable people I can ask about this though. I'll see what I can find out and get back to you.
In the meantime, here's a link -
Causal Determinism (Stanford Encyclopedia of Philosophy) - for anybody interested in reading more about how the currently most widely accepted interpretation, and others are viewed in terms of determinism.
Khethil, I'm getting the impression that you're thinking that there might be some variables in there that we're missing, and that this is the reason why QM is viewed as non-deterministic. I know that was my first instinct. When I brought this up to those who know
WAYYYYY more about physics than I ever will, the existence of these particles that cannot be described deterministically was said to be shown via the
Casimir effect and that I needed to look into Bell's theorem and the Aspect experiments before I got into hidden variables. More about those can be found here -
Bell test experiments, Wikipedia but when I try to read and understand this stuff without a patient physics-to-english interpreter, 4 or 5 sentences in, I start to bleed from the ears. Basically I guess the idea is that they've done tests to determine that there aren't any hidden variables.