Heavy Flavor Physics is one of the topics covered by ATLAS experiment research programme. Heavy mesons and quarkonia states are produced at the LHC with large cross sections, and this allows both to test theoretical predictions for production mechanisms and polarization states and to evaluate detector performance. In this talk the results obtained in the B-Physics sector with 7TeV p-p collision data will be presented: J/Ψ cross section measurement and non-prompt to prompt ratio, Y observation, first signals of D-mesons and observation of B± → J/ψ Κ±. Crucial to all of these measurements have been the performance of the muon triggers and the offline muon reconstruction and identification, as well as the inner detector performance and trackin...
ATLAS measurements of heavy flavour production are presented using b-hadron decays to the D*muX fina...
Recent results on heavy flavour physics from the ATLAS experiment at the Large Hadron Collider are p...
ATLAS measurements of heavy flavour production are presented using b-hadron decays to the D*muX fina...
A broad program of measurements using heavy ion collisions is underway in ATLAS, with the aim of stu...
Abstract: ATLAS prepared a program for measurements of production cross sections both of b-hadrons a...
Measurements of heavy-flavor hadron production in heavy-ion collisions provide a powerful tool to st...
ATLAS prepares a program for measurements of production cross sections both of b-hadrons and quarkon...
Measurements of heavy-flavor hadron production in heavy-ion collisions provide a powerful tool to st...
Recent results on flavor physics are presented, using data from the ATLAS detector. The ϓ(nS) and ch...
Thanks to the excellent performances of ATLAS and CMS in triggering on muon signals and reconstructi...
Recent results on flavor physics are presented, using data from the ATLAS detector. The ϓ(nS) and ch...
Recent results on flavor physics are presented, using data from the ATLAS detector. The ϓ(nS) and ch...
ATLAS prepared a program for measurements of production cross sections both of b-hadrons and Onia in...
Predictions for the production of quarkonia and open heavy-flavor states at hadronic collider can no...
ATLAS measurements of heavy flavour production are presented using b-hadron decays to the D*muX fina...
ATLAS measurements of heavy flavour production are presented using b-hadron decays to the D*muX fina...
Recent results on heavy flavour physics from the ATLAS experiment at the Large Hadron Collider are p...
ATLAS measurements of heavy flavour production are presented using b-hadron decays to the D*muX fina...
A broad program of measurements using heavy ion collisions is underway in ATLAS, with the aim of stu...
Abstract: ATLAS prepared a program for measurements of production cross sections both of b-hadrons a...
Measurements of heavy-flavor hadron production in heavy-ion collisions provide a powerful tool to st...
ATLAS prepares a program for measurements of production cross sections both of b-hadrons and quarkon...
Measurements of heavy-flavor hadron production in heavy-ion collisions provide a powerful tool to st...
Recent results on flavor physics are presented, using data from the ATLAS detector. The ϓ(nS) and ch...
Thanks to the excellent performances of ATLAS and CMS in triggering on muon signals and reconstructi...
Recent results on flavor physics are presented, using data from the ATLAS detector. The ϓ(nS) and ch...
Recent results on flavor physics are presented, using data from the ATLAS detector. The ϓ(nS) and ch...
ATLAS prepared a program for measurements of production cross sections both of b-hadrons and Onia in...
Predictions for the production of quarkonia and open heavy-flavor states at hadronic collider can no...
ATLAS measurements of heavy flavour production are presented using b-hadron decays to the D*muX fina...
ATLAS measurements of heavy flavour production are presented using b-hadron decays to the D*muX fina...
Recent results on heavy flavour physics from the ATLAS experiment at the Large Hadron Collider are p...
ATLAS measurements of heavy flavour production are presented using b-hadron decays to the D*muX fina...