Neutrino Masses and Flavor Mixing

TL;DR

This paper analyzes neutrino oscillations using texture zero mass matrices, deriving neutrino masses and mixing angles, and providing specific mass estimates consistent with observed solar mixing angles.

Contribution

It introduces a method to calculate neutrino masses and mixing angles based on texture zero mass matrices, offering explicit mass values.

Findings

Neutrino masses estimated as approximately 0.003 eV, 0.012 eV, and 0.048 eV.

Reactor mixing angle $ heta_l$ calculated from the model.

Mass ratio of two neutrinos linked to the solar mixing angle.

Abstract

We discuss the neutrino oscillations, using texture zero mass matrices for the leptons. The reactor mixing angle $\theta^{}_{l}$ is calculated. The ratio of the masses of two neutrinos is determined by the solar mixing angle. We can calculate the masses of the three neutrinos: $m_1$ $\approx$ 0.003 eV - $m_2$ $\approx$ 0.012 eV - $m_3$ $\approx$ 0.048 eV.