$l^J \to l^I \gamma$ in the Standard Model with general dimension 6 terms

TL;DR

This paper explores lepton flavor violation, electric dipole moments, and magnetic moments in an extended Standard Model with all possible dimension 6 operators, analyzing their effects on rare decays and fundamental lepton properties.

Contribution

It provides a comprehensive analysis of lepton flavor violation and dipole moments considering the most general dimension 6 operators in the Standard Model extension.

Findings

Constraints on lepton flavor violating decays derived

Predictions for electric dipole moments of charged leptons

Implications for new physics beyond the Standard Model

Abstract

We investigate the possibility of lepton flavor violation in the decays $\mu\to e\gamma$, $\tau \to \mu\gamma$ and $\tau \to e\gamma$ as well as electric dipole moment and anomalous magnetic moment of charged leptons in the extension of the Standard Model with the most general set of gauge-invariant operators up to dimension 6.