Experimental verification of indistinguishability for free particles?

In summary, the conversation discusses the experimental verification of indistinguishability of free particles, specifically in the case of neutrons. It is mentioned that there is indirect evidence through Fock-space construction and that this has implications for state-counting and statistics. The conversation also suggests looking at Coulomb or Mott scattering in quantum mechanics textbooks for further understanding.
  • #1
nonequilibrium
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Hey,

Does anyone know a link to a paper talking about the experimental verification of indistinguishability of some free particles? For example showing it for free neutrons or something.

Thanks!
 
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  • #2
I think there is indirect evidence, namely that indistinguishablitity is built-in in the Fock-space construction, that this implies a certain state-counting and statistics (Fermi-Dirac or Bose-Einstein instead of Boltzmann) and that all results derived from it agree with nature.
 
  • #3
Look for Coulomb or Mott scattering in quantum-mechanics textbooks. If it's a good book, they show the scattering of nuclei that are (a) distinguishable, (b) fermions, and (c) bosons. There you see a huge difference in the various (differential) cross sections due to Pauli blocking and Bose enhancement, compared to the case of distinguishable particles.
 
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