Speaker
Jun Miyamoto
(Tokyo U., ICRR)
Description
Neutrino zero textures offer a predictive approach to understanding the flavor structure of neutrino masses and mixing. However, quantum corrections can modify texture-zero conditions and alter the phenomenological predictions derived from them. In this study, we investigate the impact of quantum corrections on neutrino zero textures, focusing on the stability of their characteristic structures. We examine how radiative effects influence neutrino masses, mixing angles, and CP-violating phases, and discuss which texture patterns remain viable once quantum corrections are taken into account.
Author
Jun Miyamoto
(Tokyo U., ICRR)