Lepton Flavor Violation in Models with and Flavor Symmetries
arXiv:0911.4799 · doi:10.1007/JHEP05(2010)029
Abstract
The lepton flavor violation , , , , , and conversion in Al and Ti are studied in both the Altarelli-Feruglio model and the model of Ding. The rates of these lepton flavor violation process for the inverted hierarchy neutrino mass spectrum are enhanced considerably by the next to leading order contributions. For both models, we find that the conversion in Ti is within the precision of next generation experiments in all the parameter space considered, the conversion in Al should be observable at least in a very significant part of the parameter space, whereas , , and are below the expected future sensitivity. The detectability of and in near future depends on the models and the neutrino mass spectrum. We suggest that a comprehensive consideration of the lepton flavor violation processes is important to test and distinguish both discrete flavor symmetry models.
30 pages, 13 figures
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