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FCPPL Quarkonium Production Workshop

30 March 2017 to 1 April 2017
Peking University
Asia/Shanghai timezone

Session

Proton-nucleus collisions

pA
31 Mar 2017, 08:25
Peking University

Peking University

B105, West Building of School of Physics (Next to the Metro Station "PKU East Gate", across the street from the main PKU entrance)

Presentation materials

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  1. 26. Quarkonium production in p(d)+A collisions at LHC and RHIC
    Xianglei ZHU (Tsinghua University)
    31/03/2017, 08:30
    Proton-nucleus collisions
    Talk

    An overview on recent experimental measurements about quarkonia productions in proton(deuteron)-ion collisions at LHC and RHIC will be presented.

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  2. 29. Theory of quarkonium production in proton-nucleus collisions
    Hong-Fei Zhang
    31/03/2017, 09:15
  3. 30. Round table
    31/03/2017, 09:50
  4. 3. On the Psi(2S) over J/psi production yield in pp and pA collisions
    Dr Gines Martinez-Garcia (Subatech CNRS)
    31/03/2017, 10:45
    Proton-nucleus collisions
    Talk

    Proton nucleus collisions are expected to be unique tool to probe the physics of the initial state of ultra relativistic heavy ion collisions, without the presence of thermalisation and collective evolution of high energy density QCD matter. However, many observations related to the production of light and strange hadrons at low transverse momentum (pT) in p-Pb collisions at the LHC...

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  5. 1. Cold and hot medium effects on charmonium production in 5.02 TeV p-Pb collisions
    Dr Baoyi Chen (Tianjin University)
    31/03/2017, 11:20
    Proton-nucleus collisions
    Talk

    We study cold and hot nuclear matter effects on charmonium production in p+Pb collisions at$\sqrt{s_{NN}}$ = 5.02 TeV in a transport approach. As cold nuclear matter effects give almost the same modification on different $c\bar c$ states at the LHC energy, different nuclear modification factors of $J/\psi$ and $\psi^\prime$ indicate the existence of the hot medium. In forward rapidity, we can...

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  6. 31. Round table
    31/03/2017, 11:55
  7. 18. Introductory experimental talk
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