Speaker
Dr
David Salek
(CERN)
Description
Events composed of one high transverse energy jet and large missing transverse momentum represent one of the simplest and most striking signatures that can be observed at a hadron collider. The Standard Model contribution to such 'monojet' events is dominated by a Z decaying to a pair of neutrinos plus a recoiling jet. Several new physics models predict monojet events. They can occur via production of a jet in association with an invisible particle or via pair production of invisible particles recoiling against a hard radiative jet. The talk presents results from searches for new physics in monojet events using the full data sample recorded in 2011 at sqrt(s)=7 TeV centre-of-mass energy by the ATLAS experiment at the LHC.
Author
Dr
David Salek
(CERN)
