A Common Origin for Diverse Neutrino Mass Matrix Textures

TL;DR

This paper explores how a minimal $$ framework with Type-I+II seesaw mechanism can naturally produce diverse neutrino mass textures, unifying them under a common theoretical origin.

Contribution

It demonstrates that a single $$ based framework can reproduce various neutrino mass textures without extra assumptions.

Findings

Multiple neutrino mass textures can be derived from the framework.

Vacuum alignments and Yukawa choices are key to texture diversity.

The framework unifies different textures within a common origin.

Abstract

We plan to decipher the common origin of neutrino mass textures within a $\Delta(27)$ based framework, in association with Type-I+II seesaw mechanism. Motivated by the diversity of texture structures used in phenomenological analyses, we examine how a single framework can reproduce them without additional assumptions. We show that the interplay between vacuum alignments, model parameters, and specific Yukawa choices naturally yields several well established neutrino mass textures in the literature. Our goal is to demonstrate that a minimal $\Delta(27)$ framework can unify these viable textures within a common theoretical origin.