# Natural supersymmetric Twin Higgs

## TL;DR

This paper reviews a new class of supersymmetric Twin Higgs models with a novel gauge symmetry that naturally aligns the Higgs mass with LHC data and maintains perturbativity up to gravitational scales.

## Contribution

It introduces a supersymmetric Twin Higgs model with a new gauge symmetry that achieves natural electroweak symmetry breaking without excessive tuning and remains perturbative up to gravity.

## Key findings

- Higgs mass consistent with LHC measurements
- Electroweak symmetry breaking without fine-tuning
- Model remains perturbative up to the gravity scale

## Abstract

A new class of supersymmetric Twin Higgs (TH) models where new gauge symmetry is responsible for the TH mechanism is reviewed. In this class of models the Higgs mass is naturally in agreement with the LHC measurement while the electroweak symmetry breaking is realised without excessive tuning despite of strong lower bounds on masses of supersymmetric particles set by the LHC. Assuming particular non-abelian structure of the new gauge symmetry the model remains perturbative up to the energy scale of gravity, in contrast to all previously proposed UV completions of the TH model.