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Physics
Quantum Physics
Quantum Interpretations and Foundations
Bell-type Polarization Exp: Uncorrelated Photon Pairs & End of Nonlocality?
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[QUOTE="Cthugha, post: 6297664, member: 77153"] The number of issues with this manuscript is very long. Just to start with, the photon bunching they see is not expected for two independent lasers, unless they are filtered strongly. In that case they become quasithermal light sources. Along the same lines, they use two lasers instead of entangled photon pairs, but do not consider the Poissonian (or Bose-Einstein-like for quasithermal light) photon number distribution lasers show. So there are no photon pairs arriving, but strongly varying numbers of photons. This of course needs to be taken into account in a correct analysis and if I remember correctly, the derivation of the CH-inequality assumes exact photon pair states and not sometimes 2 photons, sometimes just 1 and sometimes 7. [/QUOTE]
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Physics
Quantum Physics
Quantum Interpretations and Foundations
Bell-type Polarization Exp: Uncorrelated Photon Pairs & End of Nonlocality?
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