Prediction of |V_{13}| and the Dirac phase in the Neutrino Mixing Matrix

Details Prediction of |V_{13}| and the Dirac phase in the Neutrino Mixing Matrix Prediction of |V_{13}| and the Dirac phase in the Neutrino Mixing Matrix

2002-12-17

arxiv.org/abs/hep-ph/0212239v1

Nucl.Phys. A721 (2003) 537-540

Physics

High Energy Physics

High Energy Physics - Phenomenology

4 pages, 2 figures, elsart.cls, a talk given at PANIC02, Osaka, September, 2002

Scientific paper

We considered a model where |V_{13}|=0 so that delta=0 at M_R and analyzed mixing angles and CP violation angles at the low energy scale by using the renormalization group in the MSSM model. In this model, parameters at M_R scale are two mixing angles (theta_{12} and theta_{23}), three neutrino masses, and two Majorana phases. We found that (1) sin^2 2 theta_{12} at the low energy scale must be less than that at $M_R$ scale, (2) the induced |V_{13}| can be as large as 0.05 if masses of neutrinos are around 0.05 eV.

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