In the context of the measurement problem: If the idea is that we may be able to explain the Born rule by revising our understanding of what the QM formalism corresponds to in reality (e.g., by saying that some hidden-variables theory is true and therefore the wave function may not be the whole story, may not be the kind of thing we’d naively think it is, etc.), then I’d be interested to hear more details.
Heh, I’m in danger of getting nerd sniped into physics land, which would be a multiyear journey. I’m found myself trying to figure out whether the stories in this paper count as real macroscopic worlds or not (or hidden variables). And then I tried to figure out whether it matters or not.
I’m going to bow out here. I mainly wanted to point out that there are more possibilities than just believe in Copenhagen and believe in Everett.
Heh, I’m in danger of getting nerd sniped into physics land, which would be a multiyear journey. I’m found myself trying to figure out whether the stories in this paper count as real macroscopic worlds or not (or hidden variables). And then I tried to figure out whether it matters or not.
I’m going to bow out here. I mainly wanted to point out that there are more possibilities than just believe in Copenhagen and believe in Everett.