Personally I think general knowledge is kind of a useless metric because you’re not really developing “intelligence” at that point just a giant dictionary, and of course bigger models will always score better because they are bigger. In some sense training an ANN is kinda like a compression algorithm of a ton of knowledge, so the bigger the parameters the less lossy the compression it is, the more it knows. But having an absurd amount of knowledge isn’t what makes humans intelligent, most humans know very little, it’s problem solving. If we have a problem solving machine as intelligent as a human we can just give it access to the internet for that information. Making it bigger with more general knowledge, imo, isn’t genuine “progress” in intelligence. The recent improvements by adding reasoning is a better example of genuine improvements to intelligence.
These bigger models are only scoring better because they have just memorized so much they have seen similar questions before. Genuine improvements to intelligence and progress in this field come when people figure out how to improve the results without more data. These massive models already have more data than ever human could ever have access to in hundreds of lifetimes. If they aren’t beating humans on every single test with that much data then clearly there is something else wrong.
There is no action at a distance in quantum mechanics, that is a laymen’s misconception. If there was, it would not be compatible with special relativity, but it is compatible as they are already unified under the framework of quantum field theory. The No-communication theorem is a rather simple proof that shows there is no “sharing at a distance” in quantum mechanics. It is an entirely local theory. The misconception arises from people misinterpreting Bell’s theorem which says quantum mechanics is not compatible with a local hidden variable theory, so people falsely conclude it’s a nonlocal theory, but this is just false because quantum mechanics is not a hidden variable theory, and so it is not incompatible with locality. It is a local theory. Bell’s theorem only shows it is nonlocal if you introduce hidden variables, meaning the theorem is really only applicable to a potential replacement to quantum mechanics and is not even applicable to quantum mechanics itself. It is applicable to things like pilot wave theory, but not to quantum theory.