I get the problem with (2), although mostly because I haven’t thought about quantum mechanics enough to have an opinion, but (1) is no more dogma than “DNA is transcribed to mRNA which is then translated as an amino acid sequence”. There are lots of good reasons to investigate the actual likelihood of the null and alternative hypotheses rather than just assuming it’s about 95% likely it’s all just a coincidence
Of course, until this becomes fairly standard doing so would mean turning your paper into a meta-analysis as well as the actual experiment, which is probably hard work and fairly boring.
I get the problem with (2), although mostly because I haven’t thought about quantum mechanics enough to have an opinion, but (1) is no more dogma than “DNA is transcribed to mRNA which is then translated as an amino acid sequence”. There are lots of good reasons to investigate the actual likelihood of the null and alternative hypotheses rather than just assuming it’s about 95% likely it’s all just a coincidence Of course, until this becomes fairly standard doing so would mean turning your paper into a meta-analysis as well as the actual experiment, which is probably hard work and fairly boring.