Demonstrates Bell nonclassicality for path-identity-based interference in PDC processes by violating Clauser-Horne inequality via on-off switching of local processes, unlike phase-shift settings which admit a local realistic model.
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In a double-cavity optomechanical system, two-mode squeezed outputs can violate the CHSH Bell inequality at lower squeezing values when mixedness is reduced, and cavity parameters can expand the nonlocality region.
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Unquestionable Bell theorem for interwoven frustrated down conversion processes
Demonstrates Bell nonclassicality for path-identity-based interference in PDC processes by violating Clauser-Horne inequality via on-off switching of local processes, unlike phase-shift settings which admit a local realistic model.
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Bell Nonlocality Test on Two-Mode Squeezed Output Generated in Double-Cavity Optomechanical
In a double-cavity optomechanical system, two-mode squeezed outputs can violate the CHSH Bell inequality at lower squeezing values when mixedness is reduced, and cavity parameters can expand the nonlocality region.