Exact Theorems Concerning CP and CPT Violations in C=-1 Entangled State of Pseudoscalar Neutral Mesons
Yu Shi
TL;DR
This paper presents exact theorems related to CP and CPT violation parameters in entangled neutral pseudoscalar mesons, using asymmetries in their correlated decay processes, providing rigorous theoretical insights.
Contribution
It introduces new exact theorems connecting CP and CPT violation parameters with decay asymmetries in entangled meson states, advancing theoretical understanding.
Findings
Derived general exact theorems for CP and CPT violation parameters.
Calculated asymmetries for correlated meson decays rigorously.
Provided theoretical tools for analyzing entangled meson systems.
Abstract
Neutral pseudoscalar mesons in an entangled or Einstein-Podolsky-Rosen state are routinely produced in phi and B factories. Based on the peculiar properties of an entangled state, we present some general exact theorems about parameters characterizing CP and CPT violations, by using various asymmetries defined for the correlated decays of the two entangled mesons, which are rigorously calculated.
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