# A low scale left-right symmetric mirror model

## TL;DR

This paper proposes a left-right symmetric mirror model that restores parity at a high scale, with mirror fermions and gauge sectors potentially observable at TeV energies, including an ultraviolet completion and phenomenological implications.

## Contribution

It introduces a novel low-scale left-right symmetric mirror model with an ultraviolet completion using vector-like fermions, expanding the theoretical framework and phenomenological understanding.

## Key findings

- Mirror fermions and gauge sectors could exist at TeV scale.
- Ultraviolet completion with vector-like fermions provided.
- Discusses theoretical and phenomenological implications.

## Abstract

A left-right symmetric mirror model restoring parity at a high scale in a way such that the mirror fermions and mirror gauge sector simultaneously could exist at TeV scale is discussed. We also provide an ultraviolet completion of the model with vector-like fermions, and discuss some theoretical and phenomenological implications of this model.