# Generation of radiative neutrino mass in the linear seesaw framework, charged lepton flavor violation and dark matter

## TL;DR

This paper proposes a model combining linear seesaw neutrino mass generation, lepton flavor violation, and dark matter within a U(1)$_{B-L}$ and $Z_2$ symmetry framework, with detailed phenomenological analysis.

## Contribution

It introduces a novel linear seesaw mechanism at one-loop level with exotic fields and explores its implications for lepton flavor violation, magnetic moments, and dark matter.

## Key findings

- Neutrino masses generated at one-loop level.
- Predictions for lepton flavor violation rates.
- Dark matter relic density consistent with observations.

## Abstract

We investigate a model with local U(1)$_{B-L}$ and discrete $Z_2$ symmetries where two types of weak isospin singlet neutrinos, vector-like charged lepton and exotic scalar fields are introduced. The linear seesaw mechanism is induced at one-loop level through Yukawa interactions associated with the standard model leptons and exotic fields. We also discuss lepton flavor violation and muon anomalous dipole magnetic moment induced by the new Yukawa interaction. In addition, our model has dark matter candidate which is the lightest $Z_2$ odd neutral particle. We calculate the relic density and constraints from direct detection.