The discussion revolves around the implications of the quantum pigeonhole effect as proposed by researchers including Jeff Tollaksen. Participants explore the paradoxical nature of this effect, which suggests that in quantum mechanics, it is possible for three particles to occupy two states without any two particles sharing the same state. The conversation touches on theoretical implications, analogies, and related quantum phenomena, including the Cheshire Cat thought experiment.
Participants do not reach a consensus on the implications of the quantum pigeonhole effect. There are multiple competing views regarding its validity and significance, with some participants supporting the new interpretations while others challenge them.
Some arguments rely on specific interpretations of quantum mechanics, and there are unresolved questions about the nature of measurements and projections in quantum systems. The discussion also reflects varying levels of familiarity with the underlying mathematics and concepts.
atyy said:Actually, in my exchange with Physics Monkey, I think we were thinking the claim in the paper of the OP (not the Danan paper) is technically right but use of English is bizarre. I guess this might be the same as you saying about the Danan paper that the calculation is legit, but not necessarily the interpretation.