Inverse Seesaw Under \(S_3\) Modular Symmetry
摘要
The ingenuity of this work is to build a model that explains neutrino oscillation data under \(S_3\) modular symmetry making usage of inverse Seesaw mechanism. The Standard Model (SM) is extended by three RH neutrinos ( \(N_{Ri}\) ) and three Sterile neutrinos ( \(S_{Li}\) ) along with one flavon field which eliminates unwanted terms in the superpotential and keeping the model consistent.