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Bi-Directional Signal Transmission in EPR Correlation

Bi-Directional Signal Transmission in EPR Correlation
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摘要 A solution of nonlocal EPR correlation between counter-propagating pair of polarization entangled photons emitted from a common source at S and detected at points P and Q is sought outside the EPR’s reality criterion of local causality but within the framework of time-symmetric quantum electrodynamics allowing the bi-directional signal transmission P ?S Q on the double-light cone where the future and the past cones share common light paths connecting the photon source S and the detection points P and Q. A solution of nonlocal EPR correlation between counter-propagating pair of polarization entangled photons emitted from a common source at S and detected at points P and Q is sought outside the EPR’s reality criterion of local causality but within the framework of time-symmetric quantum electrodynamics allowing the bi-directional signal transmission P ?S Q on the double-light cone where the future and the past cones share common light paths connecting the photon source S and the detection points P and Q.
作者 Noboru Hokkyo
机构地区 Senjikan Institute
出处 《Journal of Modern Physics》 2014年第14期1340-1343,共4页 现代物理(英文)
关键词 Quantum Theory Time-Symmetry RELATIVITY CAUSALITY LOCALITY CORRELATION Retrocausation PARADOX Quantum Theory Time-Symmetry Relativity Causality Locality Correlation Retrocausation Paradox
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