2025/12/31 by Anonymous, Corbin Pacheco, Nausheen R. Shah
Physics and Astronomy · Social Sciences · #Quantum Mechanics and Applications #International Science and Diplomacy #Quantum and Classical Electrodynamics
paper · pdf · doi:10.1103/cm6s-3ztv
We propose Bell-type inequalities by constructing flavor operators associated with mass identification, flavor change, and charged-current weak mixing which arise from fundamental interactions in the Standard Model. We treat these interactions as measurement settings in a gedanken experiment. For entangled two-particle states, the measurement outcomes of these flavor operators exhibit correlations that violate a Bell-type inequality under the stated assumptions, showing that our result probes contextuality and incompatibility of interaction-defined observables. We discuss how the predicted correlation patterns may be probed with experimental data, clarifying the scope and limitations of Bell-type reasoning in particle physics.