Fermion Masses and Mixing from Double Cover and Metaplectic Cover of Modular Group
arXiv:2011.03501 · doi:10.1103/PhysRevD.103.095013
Abstract
We perform a comprehensive study of the homogeneous finite modular group which is the double covering of . The integral weight and level 5 modular forms have been constructed up to weight 6 and they are decomposed into the irreducible representations of . Then we perform a systematical analysis of the modular models for lepton masses and mixing. The phenomenologically viable models with minimal number of free parameters and the results of fit are presented. We find out 15 models with 9 real free parameters which can accommodate the experimental data of lepton sector. After including generalized CP symmetry, 9 viable models with 7 free parameters are found out. We apply modular symmetry to the quark sector, and a quark-lepton unification model is given. The framework of modular invariance is extended to include the rational weight modular forms of level 5. The ring of modular forms at level 5 can be generated by two algebraically independent weight modular forms denoted by and . We give the expressions of the rational weight modular forms of level 5 up to weight and arrange them into the irreducible multiplets of finite metaplectic group . A neutrino mass model with modular symmetry is presented, and the phenomenological predictions of the model are analyzed numerically.
arXiv comment63 pages, 2 figures
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