Studying the resonance production cross-section of the heavy vectors within Heavy Vector Triplet model

TL;DR

This paper investigates the production cross-section of heavy vector bosons in the Heavy Vector Triplet model, comparing theoretical calculations with LHC data to understand their properties and production mechanisms.

Contribution

It provides a detailed calculation of heavy boson production cross-sections within the HVT model using MadGraph, incorporating experimental constraints on model parameters.

Findings

Cross-section dependence on boson mass analyzed

Production mechanisms identified and characterized

Parameter space constraints applied to model predictions

Abstract

In the context of TeV-scale extensions of the Standard Model both the experimental searches and the construction of phenomenological models for the new heavy bosons searches are used by us. Heavy particles predicted by a the Simplified Model constructed to describe only the on-shell resonance, have to be compared with LHC data. Heavy bosons have certain properties that can be calculated within the Heavy Vector Triplet model using the MadGraph computer program. We have calculated the production cross sections of heavy particles using the experimental constraints in the parameter space ($c_H$, $c_F$) imposed on the benchmark scenario. The nature of the functional dependence of the cross section at the basic parameters of the model on the mass of the new boson, as well as the mechanism for the heavy particle production is studied.