Super determinism gets around the "problem" of Bell's inequality experiments by saying that the choices of experiment settings chosen by the experimenters are correlated with things we usually wouldn't expect them to be correlated with (like the system being measured).
This makes it really hard to do physics because we usually assume you can choose to measure whatever the hell you want independent of the state of the system.
Say we have some toy physical system which changes color reguarly, for 10 seconds it's red and for the next 10 seconds it's green and so on. We assume that we'll be able to gain physical understanding of such thing by measuring it whenever we like, but in a superdeterministic universe our choice to do the experiment can be correlated with the system, so we might be "forced" to only measure it when it happens to be red. We'll only ever see it be red and we will end up framing an incorrect "law of physics" that says the thing is red.
This makes it really hard to do physics because we usually assume you can choose to measure whatever the hell you want independent of the state of the system.
Say we have some toy physical system which changes color reguarly, for 10 seconds it's red and for the next 10 seconds it's green and so on. We assume that we'll be able to gain physical understanding of such thing by measuring it whenever we like, but in a superdeterministic universe our choice to do the experiment can be correlated with the system, so we might be "forced" to only measure it when it happens to be red. We'll only ever see it be red and we will end up framing an incorrect "law of physics" that says the thing is red.