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Local Hidden Variables

from Bell's Theorem by Bart Hawkins

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The local hidden variable theory was an attempt made by some of the earlier physicists (most notably Einstein, Podolsky and Rosen) to explain certain counter-intuitive features of quantum mechanics. It assumes that all natural processes are local and the hidden aspect ascribes to the uncontrollable parameters of the model. It was not until John Bell, that an experimentally testable way to settle this question. But much to the surprise of some, all real tests done on entangled quantum systems fails the Bell's inequality test thereby establishing that reality cannot be described by a model which is both local and realistic. There are many LHV theories that bypass Bell's inequality due to loopholes in the measurement process. The most well known loophole is that of detection efficiency.

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from Bell's Theorem, released May 6, 2022

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Bart Hawkins Oregon

Bart Hawkins is an electronic music composer and recording artist specializing in modular synthesis and sound design. His time as a professional cinematographer translates well into a visionary music.

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