Lepton Flavor Violation from diphoton effective interactions
arXiv:2305.04974 · doi:10.1103/PhysRevD.108.015008
Abstract
We consider charged lepton flavor violating transitions mediated by the diphoton effective interactions and explore which processes can probe them better. Our analysis includes single and double radiative decays, , as well as conversions in nuclei for all possible flavor combinations, which we compute for the first time for conversions in this framework. We find that currently the best limits are provided by the loop-induced processes, while the best future sensitivities come from conversion in aluminum and from potential searches at Belle II or at the Super Tau Charm Facility. We also motivate the search for at the Mu3e experiment as a complementary probe of these operators.
arXiv comment11+6 pages, 4 figures. Extended discussion. Matches published version
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