BibTeX
@MISC{Slabospitsky00ρtproduction,
author = {S. R. Slabospitsky and G. Azuelos},
title = {ρT Production via WL ZL Fusion at Hadronic Colliders},
year = {2000}
}
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Abstract
Multiscale technicolor models predict the existence of high mass resonances at hadron colliders. Although the quark fusion process of production dominates, vector boson fusion offers the advantage of allowing forward jet tagging for background suppression. We calculate here the cross section and differential distributions for ρT production In the search for the origin of electroweak symmetry breaking, strong coupling models are an alternative to the Standard Model Higgs mechanism, or for weakly coupled theories based on supersymmetry. Although classical technicolor[1] suffers from major shortcomings, viable multiscale models
Keyphrases
wl zl fusion hadronic collider strong coupling model cross section standard model higgs mechanism electroweak symmetry breaking viable multiscale model background suppression multiscale technicolor model quark fusion process production dominates major shortcoming classical technicolor vector boson fusion differential distribution hadron collider high mass resonance
