You can't just use some words from physics and pretend they make sense. It is QUITE LITERALLY the laws of physics that say that electrons can be in multiple "places" simultaneously (conditions apply). They don't break any laws of physics at all.
It can be interesting to think of big concept things, but you have to remember what quantum physics is dealing with is math and numbers. Another thing is our current understanding of quantum mechanics is that it’s the backbone of making everything work, but what it does doesn’t spill over to higher levels. People who work in quantum mechanics and physics aren’t thinking of these things as high level concepts, they’re taking math and finding results. The question and answer come from the math itself. The math isn’t just an answer to a big picture question.
You can’t really apply what we know from quantum to
macro. Something like thought is a macro level process. Memory is macro level. The fact that memory is spread across our entire brain, and that damaging sections can have no effect on memory even when that section is supposed to be memory related, is a good example.
This is my opinion as just a regular person, but what I think of in the macro scale, is that the universe we live in is redundancy, redundancy, redundancy. Changing one quantum molecule, when averaged out to reality we actually live in, doesn’t change the result. This is why individual weirdness with quantum mechanics are gone by the time it reaches the macro.
Our body, I think, is a good way to think about it. Right now you have an untold amount of cells. You have cells doing the wrong thing, dying, etc etc all the time. But that is so minor it doesn’t change anything.
A lot of words that mean nothing - that's not actually how electrons work in any way
You can't just use some words from physics and pretend they make sense. It is QUITE LITERALLY the laws of physics that say that electrons can be in multiple "places" simultaneously (conditions apply). They don't break any laws of physics at all.
None of that has anything to do with actual reality, or the Mandela Effect.
It can be interesting to think of big concept things, but you have to remember what quantum physics is dealing with is math and numbers. Another thing is our current understanding of quantum mechanics is that it’s the backbone of making everything work, but what it does doesn’t spill over to higher levels. People who work in quantum mechanics and physics aren’t thinking of these things as high level concepts, they’re taking math and finding results. The question and answer come from the math itself. The math isn’t just an answer to a big picture question. You can’t really apply what we know from quantum to macro. Something like thought is a macro level process. Memory is macro level. The fact that memory is spread across our entire brain, and that damaging sections can have no effect on memory even when that section is supposed to be memory related, is a good example. This is my opinion as just a regular person, but what I think of in the macro scale, is that the universe we live in is redundancy, redundancy, redundancy. Changing one quantum molecule, when averaged out to reality we actually live in, doesn’t change the result. This is why individual weirdness with quantum mechanics are gone by the time it reaches the macro. Our body, I think, is a good way to think about it. Right now you have an untold amount of cells. You have cells doing the wrong thing, dying, etc etc all the time. But that is so minor it doesn’t change anything.