My recent papers were greeted with scepticism. I've no problem with that. What disturbes me is the general reaction that they are "wrong". my question is summarised as follows:He believes in determinism, and even superdeterminism, but not quantum computers.
Did any of these people actually read the work and can anyone tell me where a mistake was made?
Now the details. I can't help being disgusted by the "many world" interpretation, or the Bohm - deBroglie "pilot waves", and even the idea that the quantum world must be non-local is difficult to buy. I want to know what is really going on, and in order to try to get some ideas, I construct some models with various degrees of sophistication.
His view is in the minority.
I am inclined to agree with him about many worlds, pilot waves, locality, and quantum computers.
Update: Scott Aaronson comments:
Much like with Godwin’s Law, “superdeterminism” strikes me as the sort of thing that you resort to after you realize you’ve lost an argument.Of course Aaronson also supports many-worlds and quantum computers. He conceded that quantum computers have not been demonstrated, but says that the burden of proof is on the skeptics to prove that they are impossible.
Look, according to superdeterminism, you’re allowed to say about any experimental result: “well, maybe that happened because of a giant universe-wide conspiracy involving both the particles you measured and the atoms of your own brain—which allowed the particles to know in advance which experiment you were going to do, and to get into just the right state, thereby fooling you into thinking that, had you chosen to do a different experiment (which is actually impossible, since you lack free will), you would’ve continued to see results consistent with standard physical theory. So it all looks like the standard physical theory is valid, but really it’s not.”
With these universe-as-magician rules, I agree that you can “explain” any conceivable scientific discovery. But precisely because of that flexibility, I’d say your victory is a hollow one, devoid of explanatory value.