Bi-Directional EPR Correlation in Cosmology and Planckeon Origin of Dark Energy


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Abstract


A quantum paradox of nonlocal Einstein-Podolsky-Rosen correlation between counter-propagating pair of polarization-entangled photons emitted from a common source S and detected at points P and Q is solved 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: S↔ P/Q. A cosmlogical implication of the bi-directional signal transmission P↔Q without common source S in between in explaining the existence of causally related small region in the inflationary epoch of the expanding universe and Planckeon origin of dark matter/energy in the lower/upper hemisphere of the semiclosed Friedman universe, joined onto asymptotically flat outer space through Schwarschild throat/bottleneck are also discussed.
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Keywords


Quantum Theory; Relativity; Causality; Locality; Correlation; Cosmology; Dark Energy

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