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One of the main objections to the pilot-wave theory of QM is that it brings us back to the idea of a "luminiferous aether" that was famously disproved by the nu
by TylerJay 12y ago
One of the main objections to the pilot-wave theory of QM is that it brings us back to the idea of a "luminiferous aether" that was famously disproved by the null result of the Michaelson-Morley experiment. What would the substrate be? The article gives a very brief hand-wavy mention to it being "space-time" and I've heard this before, but I have yet to hear even a good suggestion for how this might work.
A related problem is that both De Broglie's and Bohm's pilot-wave models leave open the possibility of "empty waves" that carry no momentum or energy and are not related to any particles. Even if we assume that it is space-time through which they propagate, this gives us another piece of math that we need to just throw away, similar to the non-observed probabilities after state collapse, which runs counter to the goal of creating a formalism where the math corresponds to something real in the universe(s).
- brute 12y ago> One of the main objections to the pilot-wave theory of QM is that it brings us back to the idea of a "luminiferous aether" No it does not. We already have the Schrödinger field, without any notion of an aether. In fact the whole quantum field theory is all about fields and does not require it.