Stop and Sbottom Searches in Run II of the Fermilab Tevatron
Regina Demina (Kansas State U.), Joseph D. Lykken, Konstantin T., Matchev (Fermilab), Andrei Nomerotski (Florida U.)
TL;DR
This paper evaluates the potential of Fermilab Tevatron Run II to discover top and bottom squarks, exploring conventional and non-conventional supersymmetry channels through detailed simulations.
Contribution
It provides new estimates of discovery reach for squarks and investigates novel channels in non-standard supersymmetry models using detailed Monte Carlo simulations.
Findings
Impressive discovery potential in multiple channels
Identification of new channels in non-conventional models
Detailed simulation-based analysis of collider events
Abstract
We estimate the Tevatron Run II potential for top and bottom squark searches. We find an impressive reach in several of the possible discovery channels. We also study some new channels which may arise in non-conventional supersymmetry models. In each case we rely on a detailed Monte Carlo simulation of the collider events and the CDF detector performance in Run I.
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