Discrete Dark Matter Model and Reactor Mixing Angle

TL;DR

This paper proposes models linking dark matter stability with neutrino phenomenology through flavor symmetry breaking, offering new insights into particle physics.

Contribution

It introduces two novel models connecting dark matter stability to neutrino behavior via flavor symmetry breaking.

Findings

Models predict specific neutrino mixing angles.

Dark matter stability is explained by flavor symmetry.

Phenomenological implications for neutrino experiments.

Abstract

We present a scenario where the stability of dark matter and the phenomenology of neutrinos are related by the breaking of a flavour symmetry. We propose two models based on this idea for which we have obtained interesting neutrino and dark matter phenomenology.