This page gives access to the publicly-available studies and results from the ATLAS top physics working group. Only material available on this page is approved for showing in public by speakers from ATLAS or other collaborations.
For further information and feedback, please contact the group conveners: atlas-phys-top-conveners. (See here for a list of previous top group conveners)
Plots summarizing ATLAS top physics results (including those made in the LHCtopWG that also include CMS).
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BSM resonance Contact interactions Dark sector Simplified DM model Vector-like quarks Strong gravity Leptoquarks Heavy vector triplets Compositeness Heavy neutrinos Other new particle searches
Electron reconstruction Electron identification Electron performance Photon reconstruction Photon identification Photon performance Reconstruction of electromagnetic energy Reconstruction of electron tracks Reconstruction of conversion vertices Electromagnetic energy calibration
Tau reconstruction Hadronically decaying tau Tau decay mode identification Tau identification efficiency Tau energy calibration Tau substructure Boosted ditau reconstruction
Higgsino production Higgs to SUSY Gluino pair production Squark pair production Sbottom pair production Stop pair production Slepton pair production Chargino/neutralino pair production Wimp pair with heavy flavour production
RPV SUSY pMSSM GGM/GMSB CMSSM/MSUGRA NUHM Universal extra dimensions Scalar gluon pair production BSM Higgs searches BSM Higgs production BSM Higgs Decays Charged Higgs searches NMSSM BSM resonance Heavy vector triplets Contact interactions Dark sector Simplified DM model Vector-like quarks Strong gravity Leptoquarks Compositeness Heavy neutrinos Other new particle searches
Public (PUB) notes with preliminary results on simulated data or interpretations (Full list of ATLAS PUB notes)Hide table No PUB note matches the selection criteria
Display of a ttbar candidate event from proton-proton collisions recorded by ATLAS with LHC stable beams at a collision energy of 13 TeV. The red line shows the path of a muon with transverse momentum around 140 GeV through the detector. The green line shows the path of an electron with transverse momentum around 170 GeV through the detector. The green and yellow bars indicate energy deposits in the liquid argon and scintillating-tile calorimeters, from these deposits 3 jets are identified with transverse momenta between 30 and 80 GeV. Two of the jets are identified as having originated from b-quarks. Tracks reconstructed from hits in the inner tracking detector are shown as arcs curving in the solenoidal magnetic field.
Display of a ttbar candidate event from proton-proton collisions recorded by ATLAS on 4 June 2015, with LHC stable beams at a collision energy of 13 TeV. The red line shows the path of a muon with transverse momentum around 35 GeV through the detector. The green and yellow bars indicate energy deposits in the liquid argon and scintillating-tile calorimeters, from these deposits 4 jets are identified with transverse momenta between 25 and 80 GeV. Tracks reconstructed from hits in the inner tracking detector are shown as arcs curving in the solenoidal magnetic field.
Display of event 279124678 in run 267073 recorded by ATLAS in proton-proton collisions with LHC stable beams at a centre-of-mass energy of 13 TeV on June 5th, 2015. The topology of this candidate corresponds to t-channel single top-quark production in the muon plus jets channel. The reconstructed muon represented by the red line has a transverse momentum around 30 GeV through the detector. The green and yellow bars indicate energy deposits in the liquid argon and scintillating-tile calorimeters, from these deposits 2 jets are identified and represented by yellow cones. The central jet, with a transverse momentum around 50 GeV, is identified as having originated from a b-quark. The forward jet, with a transverse momentum around 30 GeV is closer to the beam pipe. The missing transverse momentum represented by the dotted white line has a magnitude around 40 GeV.