- #1
Strange_matter
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Suppose you have a pair of electrons in the same quantum state, and are thus spin entangled, and they absorb a pair of photons and release them at the same time. How would this affect the photons? Would the photons be entangled? Would it affect the photon spin, and if so, how would it affect the photon polarization? On a related note, why can't photons be entangled via spin, but rather polarization, or is saying they are spin- or polarization-entangled, essentially the same?