Validity of Tribimaximal and Golden Ratio Mixing Patterns Under Radiative Corrections with Varying SUSY Breaking Scale

Assuming that the mixing patterns - tribimaximal (TBM) and gold-en ratio (GR) mixings are realized at high energy scale, we study the impact of renormalization group equations (RGEs) on neutrino masses and mixings at high energy scales consistent with the cosmological bound on the sum of the absolute three neutrino masses, \(\sum _{i}|m_{i}|< \) 0.23 eV. We consider ( \(10^{13}-10^{15}\) ) GeV as high energy scales. We include scale-dependent vaccum expectation value (VEV) leading to the decrease of neutrino masses with the increase of energy scale. The validity of the two mixing patterns in the high scale is shown in the analysis.