Conveners
Parallel Session VI: Heavy Qaurk and Quarkonia Production
- Dieter Roehrich (University of Bergen (NO))
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Zuman Zhang (Central China Normal University CCNU (CN))25/09/2016, 10:40
The LHC heavy-ion physics program aims at investigating the properties of strongly-interacting matter in extreme conditions of temperature and energy density where the Quark-Gluon Plasma (QGP) is formed. Heavy quarks (charm and beauty) are among the important probes for the investigation of the properties of the QGP as they are created on a very short time scale in initial hard scattering...
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Mihee Jo (Centre National de la Recherche Scientifique (FR))25/09/2016, 11:00
Beauty production and phenomena in heavy-ion collisions are considered one of the key measurements to address the flavour-dependence of in-medium energy loss in PbPb collisions at the LHC. The CMS experiment has excellent capabilities for measuring b-quark production thanks to the excellent performances of its muon and tracker system. In this talk, CMS will present the first measurement of the...
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Guangyao Chen (Iowa State University)25/09/2016, 11:20
We study exclusive heavy flavor vector meson production in diffractive deep inelastic scattering and ultra-peripheral heavy-ion collisions within the dipole picture. We obtain the mass spectrum and light-front wavefunctions of heavy quarkonium from the basis light-front quantization approach, using the one-gluon exchange interaction plus a confining potential inspired by light-front...
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Wangmei Zha (USTC/BNL)25/09/2016, 11:40
Suppression of $J/\psi$ production in heavy-ion collisions due to color screening of quark and antiquark potential in the deconfined medium has been proposed as a signature of the QGP formation. Other mechanisms, such as the cold nuclear matter effects and charm quark recombination, can contribute to the observed modification of $J/\psi$ production in heavy-ion collisions. Recently, a...
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Axel Drees (Stony Brook University)25/09/2016, 12:00
The PHENIX collaboration has measured the ratio of the Psi(2s) to the
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Psi(1s) cross section in p+p and p(3He)+A collisions at forward and
backward rapidity. We find that in p+p collisions, the data are
consistent with expectations from a modified color evaporation model
of quarkonia formation. In p(3He)+A collisions, in the p(3He)-going
direction, within uncertainties there is an equivalent...