I haven’t seen any proof (stronger than “it seems like it”) that MWI is strictly simpler to describe. One good reason to prefer it is that it is nice and continuous, and all our other scientific theories are nice and continuous—sort of a meta-science argument.
In layman’s terms (to the best of my understanding), the proof is:
Copenhagen interpretation is “there is wave propagation and then collapse” and thus requires a description of how collapse happens. MWI is “there is wave propagation”, and thus has fewer rules, and thus is simpler (in that sense).
I agree denotatively—I don’t think the Copenhagen interpretation provides this description.
I am not sure what I do connotatively, as I am not sure what the connotations are meant to be. It would mean that quantum theory is less complete than it is if MWI is correct, but I’m not sure whether that’s a correct objection or not (and have less idea whether you intended to express it as such).
I haven’t seen any proof (stronger than “it seems like it”) that MWI is strictly simpler to describe. One good reason to prefer it is that it is nice and continuous, and all our other scientific theories are nice and continuous—sort of a meta-science argument.
In layman’s terms (to the best of my understanding), the proof is:
Copenhagen interpretation is “there is wave propagation and then collapse” and thus requires a description of how collapse happens. MWI is “there is wave propagation”, and thus has fewer rules, and thus is simpler (in that sense).
… which it doesn’t provide.
I agree denotatively—I don’t think the Copenhagen interpretation provides this description.
I am not sure what I do connotatively, as I am not sure what the connotations are meant to be. It would mean that quantum theory is less complete than it is if MWI is correct, but I’m not sure whether that’s a correct objection or not (and have less idea whether you intended to express it as such).