Phenomenological study of w′ boson decaying to muon and missing transverse energy at 14 TeV

Abstract EN

Many possible extensions of the Standard Model (SM) are predicted by theories.

A possible abstracted extension of the SM is the so-called Sequentail Standard Model (SSM).

The SSM model predicts signature of new charged gauge boson W′.

In this paper, the discovery potential of new heavy charged gauge boson (W′) decaying to a muon and a neutrino at center of mass energy 14 TeV has been studied .

An assumption has been made that the early data of the second run of the Large Hadron Collider (LHC) correspond to an integrated luminosity of 300 fb-1.

The Monte Carlo (MC) signal samples are generated with the multipurpose event generator Pythia 6, while the background samples are generated with the matrix element generator MadGraph 5 followed by hadronization and parton showering by using Pythia 8 and then we used Delphes for fast detector simulation