Abstract
By exploiting the full process p
→t
H−, in
place of the standard Monte Carlo procedure of factorising production
and decay, p→t
followed by →H−, we
show how to improve the discovery reach of the Tevatron (Run 2) in
charged Higgs boson searches, in the large tan β region. This is
achieved in conjunction with dedicated cuts on a `transverse mass'
distribution sensitive to the Higgs boson mass and to `polarisation'
effects in the H−→τ−
τdecay channel.
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