86 research outputs found
Discovery limits for Techni-Omega production in Collisions
In a strongly-interacting electroweak sector with an isosinglet vector state,
such as the techni-omega, , the direct coupling
implies that an can be produced by fusion in
collisions. This is a unique feature for high energy or
colliders operating in an mode. We consider the processes and , both of which proceed via
an intermediate . We find that at a 1.5 TeV linear collider
operating in an mode with an integrated luminosity of 200 fb,
we can discover an for a broad range of masses and widths.Comment: To appear in the Proceedings of the 29th International Conference on
High Energy Physics, Vancouver, July 1998, 5 pages, Latex, 7 postscript
figure
Discovery Limits for Techni-Omega Production in Collisions
In a strongly-interacting electroweak sector with an isosinglet vector state,
such as the techni-omega, , the direct coupling
implies that an can be produced by fusion in
collisions. This is a unique feature for high energy or
colliders operating in an mode. We consider the processes and , both of which proceed via
an intermediate . We find that at a 1.5 TeV linear collider
operating in an mode with an integrated luminosity of 200 fb,
an can be discovered for a broad range of masses and widths.Comment: LaTex file uses revtex, epsfig, 9 pages with 7 postscript figure
Multiple Production from Inelastic Scattering at
We explore the inelastic production of multiple longitudinal weak bosons as a
manifestation of a strongly interacting symmetry breaking sector. By analogy
with QCD, final states with large multiplicities are expected to occur not far
above the energy scale of the lowest resonances of the underlying strong
theory. We consider the feasibility of observing such phenomena in the
environment of a very high energy hadron collider.Comment: 23 pages, Latex, 4 figures in separate postscript file, UCLA Report
92/TEP/4
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