A Model of Violation and Superviolation of Bell's Inequality in Local Quantum Mechanics

TL;DR

This paper proposes a local quantum mechanics model explaining violations and superviolations of Bell's inequalities in photon experiments by considering angle-dependent time retardation or losses.

Contribution

It introduces a novel local model that accounts for Bell's inequality violations through angle-dependent effects, challenging traditional nonlocal interpretations.

Findings

Model reproduces Bell inequality violations with local assumptions

Explains superviolation phenomena within local quantum mechanics

Highlights the role of angle-dependent losses in experiments

Abstract

A model for violation and even superviolation of the Bell's inequalities in coincidence experiments with photons in local \qm\ is presented. The model is based on assumption that time retardation or losses in an analyzer depend on angle between linear polarization of an incident photon and the analyzer's axis.