Charged scalar production at the Compact Linear Collider for the $S_3 \otimes \mathbb{Z}_2$ model

TL;DR

This paper explores the production of charged scalars in a specific $S_3 imes bZ_2$ model with a sterile neutrino at the CLIC collider, providing cross section predictions across various masses.

Contribution

It introduces a new $S_3 imes bZ_2$ model with a sterile neutrino and analyzes its predictions for charged scalar production at the CLIC collider.

Findings

Cross section ranges from 0.1 to 10^{-5} pb for $e^+ e^- o H^+ H^-$.

Predictions are independent of other exotic particle masses and couplings.

Model's predictions are robust across different mass scenarios.

Abstract

We present a model with $S_3 \otimes \mathbb{Z}_2$ model plus a sterile neutrino and its phenomenological expectations for the production of charged scalars at the Compact Linear Collider. At tree level, our model predicts a total cross section in between 0.1 and $10^{-5}$ pb for the $e^- e^+ \to H^+ H^-$ process, considering all possible mass values for the charged scalar in the CLIC experiment. We also show that this prediction holds regardless of the masses of the other exotic particles and their couplings.