Quantum Physics

    

On the Modification of the Aspect’s Experiment Scheme with Entangled Photons to Eliminate "Superluminal Loopholes"

Authors: R. K. Salimov

The article proposes a modification of the Aspect’s experiment to test the hypothesis ofnonlocality, which can be described by Lorentz-invariant equations with infinite-order derivatives. For such a modified experimental scheme, if the hypothesis is correct, the CHSH inequality is expected to hold for critical Cirel’son angles, for example, S=1.414 for a = 0◦,au2032 =45◦, b = 22.5◦,bu2032 = 67.5◦. In the case of the standard, unmodified experimental scheme, theCHSH inequality is known to be violated for these angles, S=2.7. The proposed modificationconsists not only of closing the locality loophole by switching the paths of the entangled photons to polarizers at different angles but also of physically interrupting (blocking) the photonpaths after their separation. Moreover, this interruption must be performed before switchingthe paths to other polarizers

Comments: 4 Pages.

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Submission history

[v1] 2025-12-11 00:37:31
[v2] 2025-12-20 02:03:19

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