Searches for Supersymmetry at the Tevatron

TL;DR

This paper reports on the Tevatron experiments D0 and CDF searching for Supersymmetry in various final states, setting the most stringent limits to date in the absence of new physics signals.

Contribution

It presents new experimental results from Tevatron Run II data on multiple supersymmetry search channels, establishing the most stringent limits so far.

Findings

No significant deviation from Standard Model observed.

Stringent limits set on squarks, gluinos, charginos, neutralinos, and R-parity violating processes.

Results improve upon previous bounds in supersymmetry searches.

Abstract

Both Tevatron experiments, D0 and CDF, have searched for signs of Supersymmetry in the present Run II data sample, using integrated luminosities of up to 260/pb collected in ppbar collisions at a center-of-mass energy of 1.96TeV. In these proceedings, new results are presented in the search for squarks and gluinos in the jets and missing transverse energy final state, associated production of charginos and neutralinos with multilepton final states, search for the rare decay B_s->mumu, searches allowing R-parity violation (muons+jets, multileptons), and searches in the gauge mediated supersymmetry breaking framework with the final state of two photons and missing transverse energy. In the absence of any significant deviation from Standard Model expectations, limits on the presence of new physics are set, which in many cases are the most stringent to date.