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SPACE TIME AND FUNDAMENTAL INTERACTIONS

On the relative photon correlation non-locality

Aleksandr V. Belinsky, Michael H. Shulman

Published Mar 1, 2017• 0 citations
Publisher
DOI
10.17238/issn2226-8812.2017.1.38-45

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Relativistic non-localization enables a moving particle such as a photon to exist at different positions in different frames at an instant and gives rise to an experimentally distinguished physics of relativity. A photon exists in a relativistic non-localized superstate until it is encountered by a detector which results in the collapse of the superstate so as to preserve the lightspeed across frames because the motion state of the detector affects the position of detection. But the current relativity inadvertently assumes the photons to be relativistically localized and invents the relativity of simultaneity. The relativistic non-localization, which is the nonlocality across frames, remained hidden so far under the mathematical elegance of Lorentz transform but is readily revealed by the real domain transform.