Scotogenic Bounds on Dirac CP Phase Consistent with Neutrinoless Double Beta Decay in Hybrid Texture of Neutrino Mass Matrix

In this work, we find the bounds on Dirac CP phase, which are consistent with Dark Matter (DM) and neutrinoless double beta ( \(0\nu \nu \beta \) ) decay in the constrained scenario of hybrid textures of neutrino mass matrix. In our previous work, we obtain a connection between \(0\nu \nu \beta \) decay and DM [1]. As a result, we get six hybrid textures, which reproduce correct low energy phenomenology. We further note that out of these six hybrid textures one is disallowed by the observed value of relic density of DM. Therefore, in total five hybrid textures satisfy both low energy phenomenology and bounds on relic density of DM. After numerical analysis, we find an interesting parameter space between dark matter mass and Dirac CP phase. Thus obtain Dirac CP phase in the range \(107.7^o\) – \(338.5^o\) .