# Predictions of Neutrino Mixing Angles in a T'Model - High Energy Physics - Phenomenology

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Abstract: Flavor symmetry $T^{-} \times Z 2$ where $T^{-}$ is the binary tetrahedralgroup predicts for neutrino mixing angles $\theta {13} = \sqrt{2}\frac{\pi}{4} - \theta {23}$ and, with one phenomenological input, providesupper and lower bounds on both $\theta {13}$ and $\theta {23}$. The predictionsarise from the deviation of the Cabibbo angle $\Theta {12}$ from itslowest-order value $\tan 2\Theta {12} = \sqrt{2}-3$ and from the $T^{-}$mechanism which relates mixing of $ u {\tau}, u {\mu}, u e$ neutrinos tomixing of $s, d$ quarks.

Author: ** David A. Eby, Paul H. Frampton, Shinya Matsuzaki**

Source: https://arxiv.org/