Residual symmetries and leptonic mixing patterns from finite discrete subgroups of
arXiv:1610.07903 · doi:10.1007/JHEP01(2017)134
Abstract
We study embedding of non-commuting and , symmetries in discrete subgroups (DSG) of and analytically work out the mixing patterns implied by the assumption that and describe the residual symmetries of the neutrino and the charged lepton mass matrices respectively. Both and are assumed to be subgroups of a larger discrete symmetry group possessing three dimensional faithful irreducible representation. The residual symmetries predict the magnitude of a column of the leptonic mixing matrix which are studied here assuming as the DSG of designated as type C and D and large number of DSG of which are not in . These include the known group series , , , and . It is shown that the predictions for a column of in these group series and the C and D types of groups are all contained in the predictions of the groups for some integer . The groups therefore represent a sufficient set of to obtain predictions of the residual symmetries and .
27 pages, 1 figure, published version
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