[AkelaA]

It’s interesting that the theory of Quantum Mechanics emerged just after this point and threw a wrench in the idea that the universe could be neatly explained through a universal single theory, suddenly there were more questions than answers. And Einstein famously hated quantum physics.

There’s something to be said about the cultural impact of quantum mechanics and how it shifted people’s perceptions from a universe that could eventually be explained by a set of fairly simple, understandable laws of physics to one that is much more complex, mysterious and contradictory. Suddenly the laws of the universe were defined by randomness and uncertainty, rather than determinism and easily understood logic.

[cedilla]

I don't know why it would matter, but Einstein didn't hate quantum mechanics. He literally got his Nobel prize for his role in discovering quantum mechanics. He is one of the earliest people to propose that light exists in quantised packets.

He had some strong opinions around interpretations of quantum physics, but that isn't even a question of science, it's a metaphysical discussion.

While we're at it, Einstein also wasn't a bad student, and he didn't hate mathematics.

[ccppurcell]

Around the same time, Gödel proved the incompleteness theorems and Turing gave us the halting problem. These and the uncertainty principle tell us not only that the universe is somehow statistical and not mechanical, but that there are certain unknowable facts. That's got to be a major psychological blow.

[bobson381]

I read and enjoyed the book " what is real" by Adam Becker that talks about this intersection between the philosophy of the day and its impact on what more considered valid interpretations of QM at the time and into the future. The logical positivists had a lot of impact on popular conception of quantum stuff, even to this day. Great read