brennan
Argumentative Brit
In scientific procedure, hypotheses are supposed to be tested to destruction. The more tests that are passed, the more a hypothesis will be looked at as 'probably true'. But it only requires one successful falsification for an idea to be relegated to the great dustbin of history.
It takes a lot of testing before scientists go around saying 'x is true', take Bell Test experiments as an example. People have been subjecting Bell's Inequalities to experiment to see if they can be violated for decades. Every test has been passed, but the scientific community is still wary of saying that non-determinism is therefore true, partly because until last year the falsification criteria had not been fully met (there were always alternative scenarios ('loopholes') that meant the attempt to falsify had not been sufficiently rigorous.)
Rather than everyone agreeing that quantum mechanics is 'true' and therefore non-determinism is likewise 'true' there is still a huge range of disagreement within the community actively studying the matter.
It takes a lot of testing before scientists go around saying 'x is true', take Bell Test experiments as an example. People have been subjecting Bell's Inequalities to experiment to see if they can be violated for decades. Every test has been passed, but the scientific community is still wary of saying that non-determinism is therefore true, partly because until last year the falsification criteria had not been fully met (there were always alternative scenarios ('loopholes') that meant the attempt to falsify had not been sufficiently rigorous.)
Rather than everyone agreeing that quantum mechanics is 'true' and therefore non-determinism is likewise 'true' there is still a huge range of disagreement within the community actively studying the matter.