Predicting outcomes of electric dipole and magnetic moment experiments
V. G. Baryshevsky, P. I. Porshnev
TL;DR
This paper explores how pseudoscalar corrections due to $T(CP)$-noninvariance can explain discrepancies in muon $(g-2)$ measurements by analyzing electric dipole and magnetic moment experiments.
Contribution
It introduces a pseudoscalar correction framework to account for $T(CP)$-noninvariance effects in spin motion, providing a new explanation for the muon $(g-2)$ anomaly.
Findings
Pseudoscalar corrections can account for the muon $(g-2)$ discrepancy.
The framework links $T(CP)$-noninvariance to experimental outcomes.
Potential new avenues for testing $T(CP)$-violation effects.
Abstract
The anomalous magnetic and electric dipole moments in spin motion equation acquire pseudoscalar corrections if the -noninvariance is admitted. It allows to explain the discrepancy between experimental and theoretical values of muon factor under assumption that the pseudoscalar correction is the dominant source of this discrepancy.
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