20-24 October 2025
Mexico/General timezone
- xixmwpf_2025@googlegroups.com
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Contribution Short Talk
Auditorio Edificio B
Lepton Flavor Violating Higgs Decays in a Minimal Doublet Left-Right Symmetric Model with an Inverse Seesaw
Speakers
- Moises ZELENY MORA
Primary authors
- Moises ZELENY MORA (Benemérita Universidad Autónoma de Puebla)
Co-authors
- Dr. Ricardo GAITAN (FES-Cuautitlan UNAM)
- Prof. Roberto MARTINEZ (Universidad Nacional de Colombia)
Summary
Resumen In this talk, we briefly review the Doublet Left-Right Symmetric Model (DLRSM) under the assumption of a minimal scalar potential. Within this framework, neutrino masses can be generated via the Inverse SeeSaw mechanism. We compare this scenario with the Minimal Left-Right Symmetric Model (MLRSM), which employs scalar triplets and realizes neutrino masses through the conventional SeeSaw mechanism. The neutrino mass matrix is diagonalized using a simplified ansatz for the Yukawa matrices in the neutrino sector, and we discuss the resulting implications for lepton flavor violation, focusing on the processes $h\to\mu\tau$ y $\mu\to e\gamma$.
correo electrónico
moiseszeleny@gmail.com
Speaker
Moises Zeleny Mora
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