Speaker
Richard Beanvides
Description
In this work, we propose new five texture zeros for the mass matrices in the
lepton sector in order to predict neutrino masses. In our approach, we extend
beyond the standard model (SM) by assuming Dirac masses for the neutrinos,
a feature which allows us to make a theoretical prediction for the lightest neutrino mass in the normal ordering. The textures that were analyzed have enough
free parameters to adjust the VPMNS mixing matrix including the CP-violating
phase, the neutrino mass squared differences, and the three charged
lepton masses. we used two different procedures, the first method
was based on a least-squares analysis and the second approach was algebraic.
