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Hong-Fei Zhang7/29/15, 9:15 AMQuarkonium suppression is one of the key evidences for the QGP. To quantitatively study the suppression, one needs to understand the underlying quarkonium production mechanism. In this talk, I will briefly review the recent progresses on the quarkonium production and polarization, especially at hadron colliders, from low to high pt, including the nonrelativistic QCD (NRQCD) effective theory,...Go to contribution page
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Nicole Apadula7/29/15, 10:00 AMHadrons carrying open heavy flavor have been a useful tool in studying the strongly interacting matter produced in ultra-relativistic heavy-ion collisions. Since heavy flavor quarks are produced early in the collision, they experience the full evolution of the medium and are thus a good probe of medium effects. Studying open heavy flavor in p(d)+A and A+A collisions can allow for the...Go to contribution page
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Byungsik Hong (Korea University (KR))7/29/15, 11:00 AMSince late 80's when the relativistic heavy-ion experiments started at AGS and SPS, the quarkonium production has been regarded as one of the golden probes for the deconfined phase transition of the hadronic matter to the quark-gluon plasma (QGP). The heavy quarkonia can be generated in gluon-gluon scatterings at early stage of the collision as the large momentum transfer is required. Later...Go to contribution page
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27. Prospects on heavy-flavour measurements from Run 2 and the detector upgrades at the LHC and RHICMin Jung Kweon (Inha University (KR))7/29/15, 11:30 AMHeavy Flavor and Quarkonia ProductionDuring Run 2, the LHC will further explore the properties of quark-gluon plasma via heavy-flavour measurement thanks to large statistics data samples allowing more detailed measurement. The prospects on heavy-flavour measurements from Run 2 and the detector upgrades at the LHC for Run 3 and Run 4 will be overviewed. Furthermore, the most recent result of heavy-flavour measurement and detector...Go to contribution page
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Vitalii Ozvenchuk (Subatech)7/30/15, 2:30 PMHeavy Flavor and Quarkonia ProductionThe first experimental results from pPb collisions at 5 TeV on the particle yields and azimuthal anisotropies as function of transverse momentum show a very similar behavior in comparison to the observations in heavy-ion collisions, where the quark-gluon plasma (QGP) can be produced. Such pPb results have indeed been explained in the framework of models including a QGP phase such as EPOS3....Go to contribution page
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