Comments on the Minimal Vectorial Standard Model

TL;DR

This paper investigates the parameter space of the minimal vectorial Standard Model, highlighting its unique features like chiral mass eigenstates and mirror particles, and discusses its testability at the LHC.

Contribution

It provides a detailed analysis of the model's parameter space and phenomenology, emphasizing its potential for experimental verification at the LHC.

Findings

Model predicts heavy right-handed mirror particles

Residual parameter space has distinctive phenomenology

Model can be tested at current collider experiments

Abstract

We explore the available parameter space of the minimal vectorial Standard Model. In this theory, the gauge currents are initially vectorial but the Higgs sector produces chiral mass eigenstates, leading to a set of heavy right-handed mirror particles. We describe the phenomenology of the residual parameter space and suggest that the model will be readily tested at the LHC.