The opposite states of the $\tau$ polarization resulting from the charged
Higgs boson and the $W$ boson decays can be exploited to enhance the $H^\pm$
signal in the inclusive 1-prong hadronic decay channel of $\tau$. We suggest
practical methods of sharpening up the $H^\pm$ signature in the top quark decay
at LHC using this idea. As a result one can carry on the charged Higgs boson
search to within $\sim 20 GeV$ of the parent top quark mass over the full
parameter space of the MSSM.Comment: 14 pages, 4 figures available on reques

Raychaudhuri, Sreerup

Roy, D. P.

English

arXiv

The opposite states of the \tau polarization resulting from the charged Higgs boson and the W boson decays can be exploited to enhance the H^\pm signal in the inclusive 1-prong hadronic decay channel of \tau. We suggest practical methods of sharpening up the H^\pm signature in the top quark decay at LHC using this idea. As a result one can carry on the charged Higgs boson search to within \sim 20 GeV of the parent top quark mass over the full parameter space of the MSSM

Raychaudhuri, S

Roy, D P

CERN Document Server

Sharpening up the charged Higgs boson signature using $\tau$ polarization at LHC

The opposite states of the τ polarization resulting from the charged Higgs boson and the W boson decays can be exploited to enhance the H± signal in the inclusive 1-prong hadronic decay channel of τ. We suggest practical methods of sharpening up the H± signature in the top quark decay at LHC using this idea. As a result one can carry on the charged Higgs boson search to within ~20 GeV of the parent top quark mass over the full parameter space of the MSSM

Sharpening up the Charged Higgs Boson Signature using Tau Polarization at LHC

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