Emily's Cat
Rarely prone to hissy-fits
Not because it's abstract. Because a whole lot of it is unfalsifiable. It's not even a hypothesis, as we don't even know how to test the idea. The math works, absolutely. And the pieces hang together logically. And what has been tested has had results that are remarkably close to the predicted outcome. All of that makes it likely correct. And maybe it will be. But a lot of the focus right now is on figuring out how to test some of those ideas in the first place.Not true at all. All hard sciences are highly abstract at the higher theoretical level. As for being objectively black or white: not so! My ex-SO did double Philosophy and Physics (as a science). He specialised in Quantum Theory. There is a HUGE amount of fierce debate, disagreement and controversy at the Quantum Physics level because it is so abstract.
Don't forget that the geocentric theory of the solar system was accepted as true because what we could observe and test at the time was in very close alignment to what the theory predicted... within the degree of accuracy available at the time. Then the heliocentric model came along, and it became the accepted theory. For a while. Until we start started measuring more and more accurately and found that the orbits weren't nice neat circles, and there are comets on long orbits, and all sorts of other weird stuff out there and then we came up with orbital mechanics. Which led to relativity. Which led to dark matter and string theory and mirror world theory and all the rest that we don't yet have a way to measure and test.
There have been a lot of wrong theories out there that gained ground and debate for a while. And ultimately, they were proven to be wrong by better and more accurate methods of testing the predictions that those wrong theories made. They were falsifiable. And the ones that have stood the test of time and become the accepted theory (for now) are those that 1) made observations of a real phenomena and found a pattern in it then 2) came up with a relational premise that predicted the next observations well (within the means of measurement of the time), and 3) was independently replicated by someone else, preferably many times over.
That means of measurement is a really important part of all of this. The entire reason that there is so much debate and controversy over those theories is that we don't have a way to test and measure them. And there are multiple ideas out there that have some observations that didn't jive with the current framework, and came up with some math that explains it to within some degree of tolerance... but we don't have a way of measuring the proposed predictions to see if they fail.
All of which is interesting, but also arguably off topic. Meh. The point is that even the hard sciences have their soft spots. Soft sciences aren't better or worse than hard sciences, they're just more exposed to cultural pressures due to the different expectation of proof and evidence.