Quantum Pigeonhole Effect: New Implications for Correlations

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The quantum pigeonhole effect challenges traditional interpretations of the pigeonhole principle in quantum mechanics, suggesting that it is possible for three particles to occupy two spaces without any two particles sharing the same space. This finding has implications for our understanding of quantum correlations and separability, potentially reshaping fundamental concepts in quantum physics. Researchers believe this principle could be as significant as the EPR paradox, indicating a new perspective on entanglement and interactions. The discussion also touches on the complexities of weak measurements and contextuality, highlighting differing views among physicists regarding these concepts. Overall, the quantum pigeonhole effect opens up new avenues for exploration in quantum mechanics and its foundational principles.
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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.

I think the quantum pigeonhole principle is false and their prediction for the outcome in the associated proposed experiment is wrong. Here is my analysis http://users.etown.edu/s/STUCKEYM/QuantPigeonhole.pdf.
 

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