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Optical scheme for simulating post-quantum nonlocality distillation
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DOI：10.1364/OE.24.027319.png)
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Abstract
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An optical scheme for simulating nonlocality distillation is proposed in post-quantum regime. The nonlocal boxes are simulated by measurements on appropriately pre-and post-selected polarization entangled photon pairs, i.e. post-quantum nonlocality is simulated by exploiting fair-sampling loophole in a Bell test. Mod 2 addition on the outputs of two nonlocal boxes combined with pre-and post-selection operations constitutes the key operation of simulating nonlocality distillation. This scheme provides a possible tool for the experimental study on the nonlocality in post-quantum regime and the exact physical principle precisely distinguishing physically realizable correlations from nonphysical ones. (C) 2016 Optical Society of America
Keywords:
INFORMATION CAUSALITY
VIOLATION
SYSTEM
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