Quantum Physics

    

Quantum Entanglement: Bell's Inequality Trivially Violated Also Classically

Authors: Arto Annila, Marten Wikstrom

Quantum entanglement manifests in the perfect correlation between particles or photons separated by space and time beyond causal interference. However, classical covariance between vectorial prop-erties, such as spin, is also found following the observed sinusoidal form, attributed to quantum phenomena, instead of following the linear form, ascribed to hypothetical hidden variables. Thus, the concept of quantum entanglement is not necessary; the classical correlation between paired spins suffices. Since pairing, the spins are correlated, e.g., antiparallel; still, their direction remains undefined until put into a frame of reference. Thus, the measurement of one does not determine the correlated property of the other but discloses it in the given frame.

Comments: 4 Pages.

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Submission history

[v1] 2021-12-20 23:30:42
[v2] 2021-12-28 09:04:28

Unique-IP document downloads: 357 times

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