ATLAS 13 TeV analyses
The most up to date list of all implemented searches can be found
here
Validated List of Analyses
The analyses list below have been validated and are 'certified' for use. Please click on 'validation' to find the accompanying pdf.
Collaboration: ATLAS
Signal: 2 same-sign leptons or 3 leptons + jets + Etmiss (Gluino)
Luminosity: 3.2 fb^(-1)
Authors: Jan Schuette Engel
Collaboration: ATLAS
Signal: Monophoton
Luminosity: 3.2 fb^(-1)
Authors: Krzysztof Rolbiecki
Collaboration: ATLAS
Signal: Monojet
Luminosity: 3.2 fb^(-1)
Authors: Tim Keller
Collaboration: ATLAS
Signal: 2-6 jets + Etmiss
Luminosity: 3.2 fb^(-1)
Authors: Tim Keller + Krzysztof Rolbiecki
Collaboration: ATLAS
Signal: 1 lepton + jets + Etmiss
Luminosity: 3.3 fb^(-1)
Authors: Jan Schuette Engel
Collaboration: ATLAS
Signal: 3 b-jets + 0-1 lepton + Etmiss
Luminosity: 3.3 fb^(-1)
Authors: Torsten Weber
Collaboration: ATLAS
Signal: 1 lepton + (b) jets + Etmiss
Luminosity: 3.2 fb^(-1)
Author: Krzysztof Rolbiecki
Citations: Analysis uses the topness variable, please cite Phys.Rev.Lett. 111 (2013) no.12, 121802
Thanks to Michael Graesser and Jessie Shelton for the topness code.
Citations: Analysis uses the MT2bl variable, please cite JHEP 1207 (2012) 110
Collaboration: ATLAS
Signal: 2 leptons (Z) + jets + Etmiss
Luminosity: 3.2 fb^(-1)
Author: Tim Keller
Collaboration: ATLAS
Signal: 4 top quark (1 lepton + jets, vector like quark search)
Luminosity: 3.2 fb^(-1)
Authors: Anke Biekoetter
Collaboration: ATLAS
Signal: 1 lepton + (b) jets + Etmiss
Luminosity: 13.3 fb^(-1)
Authors: Junjie Cao, Liangliang Shang, Peiwen Wu, Jinmin Yang and Yang Zhang
Citations: Analysis uses the topness variable, please cite Phys.Rev.Lett. 111 (2013) no.12, 121802
Thanks to Michael Graesser and Jessie Shelton for the topness code.
Citations: Analysis uses the MT2bl variable, please cite JHEP 1207 (2012) 110
Notes: Dark matter signal regions, 'DM_low' and 'DM_high' are not yet included
Collaboration: ATLAS
Signal: 2 lepton + jets + Etmiss
Luminosity: 13.3 fb^(-1)
Authors: Junjie Cao, Krzysztof Rolbiecki, Liangliang Shang, Jamie Tattersall, Peiwen Wu, JinMin Yang, Yuanfang Yue and Yang Zhang
Citations: Analysis uses the super razor variable, please cite Phys.Rev. D89 (2014) no.5, 055020
Thanks to Matthew Buckley, Alaettin Serhan Mete, Tommaso Lari, Federico Meloni, Iacopo Vivarelli and Daniel Antrim for the super razor code
Collaboration: ATLAS
Signal: Monophoton
Luminosity: 36.1 fb^(-1)
Authors: Krzysztof Rolbiecki
atlas_1709_04138
Collaboration: ATLAS
Signal: stop search in 0 lepton, jets + MET
Luminosity: 36.1 fb^(-1)
Authors: Krzysztof Rolbiecki
Collaboration: ATLAS
Signal: Monojet
Luminosity: 36.1 fb^(-1)
Authors: Jong Soo Kim
Comments: Implementaton almost identical to atlas_1604_07773 with additional signal regions
atlas_conf_2016_066
Collaboration: ATLAS
Signal: search for photons, jets and met
Luminosity: 13.3 fb^(-1)
Authors: Jong Soo Kim
Comments: No validation material published by ATLAS. However, implementation is almost identical to validated search atlas_1507_05493
Collaboration: ATLAS
Signal: electroweakino search with taus and MET
Luminosity: 36.1 fb^(-1)
Authors: Krzysztof Rolbiecki
atlas_1802_03158
Collaboration: ATLAS
Signal: search for GMSB with photons
Luminosity: 36.1 fb^(-1)
Authors: Krzysztof Rolbiecki
Comments: No validation material published by ATLAS. However, implementation is almost identical to validated search atlas_1507_05493
Collaboration: ATLAS
Signal: squarks and gluinos, 0 lepton, 2-6 jets
Luminosity: 36.1 fb^(-1)
Authors: Krzysztof Rolbiecki
Collaboration: ATLAS
Signal: search for displaced vertices and muons
Luminosity: 139 fb^(-1)
Authors: Krzysztof Rolbiecki
Collaboration: ATLAS
Signal: Disappearing Track Signature
Luminosity: 36 fb^(-1)
Authors: Jong Soo Kim
Collaboration: ATLAS
Signal: Search for electroweak production of supersymmetric particles in final states with two or three leptons
Luminosity: 36.1 fb^(-1)
Authors: Ipsita Saha, Manimala Chakraborti
Collaboration: ATLAS
Signal: Search for electroweak production of charginos and sleptons decaying into final states with two leptons and missing transverse momentum
Luminosity: 36.1 fb^(-1)
Authors: Ipsita Saha, Manimala Chakraborti
Collaboration: ATLAS
Signal: Search for squarks and gluinos in final states with jets and missing transverse momentum
Luminosity: 139 fb^(-1)
Authors: Krzysztof Rolbiecki
Collaboration: ATLAS
Signal: Search for sleptons and electroweakinos with compressed spectra
Luminosity: 139 fb^(-1)
Authors: Krzysztof Rolbiecki
Unvalidated List of Analyses
The analyses listed below are 'finished' but not yet fully validated.
atlas_1606_09150
Collaboration: ATLAS
Signal: diphotons and met
Luminosity: 3.2 fb^(-1)
Authors: Jong Soo Kim
atlas_conf_2016_054
Collaboration: ATLAS
Signal: 1 lepton + (b) jets + Etmiss
Luminosity: 13.3 fb^(-1)
Authors: Junjie Cao, Krzysztof Rolbiecki, Liangliang Shang, Jamie Tattersall, Peiwen Wu, JinMin Yang, Yuanfang Yue and Yang Zhang
Citations: Analysis uses the super razor variable, please cite Phys.Rev.Lett. 111 (2013) no.12, 121802
Thanks to Michael Graesser and Jessie Shelton for the topness code.
atlas_conf_2016_078
Collaboration: ATLAS
Signal: Jets + Etmiss (squarks and gluinos)
Luminosity: 13.3 fb^(-1)
Authors: Jong Soo Kim
atlas_conf_2017_039
Collaboration: ATLAS
Signal: ATLAS, 2-3 leptons + etmiss
Luminosity: 36.1 fb^(-1)
Authors: Daniel Schmeier
atlas_conf_2017_019
Collaboration: ATLAS
Signal: search for stops with Higgs or Z
Luminosity: 36.1 fb^(-1)
Authors: Krzysztof Rolbiecki
atlas_conf_2017_022
Collaboration: ATLAS
Signal: squarks and gluinos, 0 lepton, 2-6 jets
Luminosity: 36.1 fb^(-1)
Authors: Krzysztof Rolbiecki
atlas_1710_11412
Collaboration: ATLAS
Signal: Search for dark matter produced in association with bottom or top quarks
Luminosity: 36.1 fb^(-1)
Authors: Jong Soo Kim
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