From Higgs to Dark Matter, Geilo 2012, Dr Holms Hotel

Session

Dark Matter and Supersymmetry, LHC

21

17 Dec 2012, 15:50

Geilo, Dr Holms Hotel, Norway.

95. SUSY and DM with ATLAS

Dr Sigve Haug (AEC University of Bern)

17/12/2012, 16:00

Preliminary version of material to be approved

talk

An overview of the current ATLAS SUSY search strategy and results is given. This includes published analyses using up to ~13 fb-1 from the 8 TeV data set ("HCP status"). In the interpretation some emphasis is set on models providing dark matter candidates (~ 40+10 min).

92. SUSY and Dark Matter with tau leptons at the LHC

Dr Wolfgang Liebig (University of Bergen)

17/12/2012, 17:30

Preliminary version of material to be approved

talk

Search for Supersymmetry in p-p collision events with large missing transverse momentum, jets, and tau leptons with the ATLAS detector

88. Constraining mSUGRA with Dark Matter searches and the LHC

Knut Dundas Mora (University of Bergen (NO))

18/12/2012, 15:00

Preliminary version of material to be approved

talk

The LHC is steadily setting new limits on the supersymmetric, and particularly the mSUGRA parameter space. This talk will concern the intersection of astrophysical searches for dark matter and LHC searches, and the prospect of an ATLAS analysis of a plane of the parameter space.

89. Search for SUSY in tau final states at ATLAS

Mr Ørjan Dale (University of Bergen)

18/12/2012, 15:25

Preliminary version of material to be approved

talk

Supersymmetry (SUSY) is a theoretically attractive model of particle physics which solves many of the theoretical problems of the Standard Model. An important one of these, dark matter, is solved in SUSY by the production of new stable, weakly interacting particles. With the unprecedented energy and luminosity of the Large Hadron Collider (LHC) large regions of the SUSY parameter space may be...

102. Search for viable SUSY Models Discoverable at LHC

Jan Oye Lindroos (University of Bergen (NO))

18/12/2012, 15:45

talk

We present a framework for finding interesting regions of Supersymmetric parameter space, in light of experimental constraints and the possibility of detection at LHC using specific experimental signatures. The framework has been applied to find viable CMSSM models with $\tau$-lepton signatures observable with the 2012 LHC data.