Predictive Framework with a Pair of Degenerate Neutrinos at a high scale
arXiv:hep-ph/0211378 · doi:10.1016/S0550-3213(03)00236-0
Abstract
Radiative generation of the solar scale is discussed in the presence of leptonic CP violation. We assume that both the solar scale and are zero at a high scale and the weak radiative corrections generate them. It is shown that all leptonic mass matrices satisfying these requirements lead to a unique prediction for the solar scale in terms of the radiative correction parameter , the physical solar (atmospheric) mixing angles and the Majorana neutrino mass probed in neutrinoless double beta decay. This relation is independent of the mixing matrix and CP-violating phases at the high scale. The presence of CP-violating phases leads to dilution in the solar mixing angle defined at the high scale. Because of this, bi-maximal mixing pattern at the high energy leads to large but non-maximal solar mixing in the low-energy theory. An illustrative model with this feature is discussed.
15 pages, including a postscript figure
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