Hyunchul Kim
(Korea University (KR))
18/07/2012, 09:00
Quarkonia are especially important for diagnosing and characterising the quark-gluon plasma since they are produced at early times and propagate through the medium. The Compact Muon Solenoid (CMS) detector at the LHC is ideal to measure muon pairs from quarkonia in the high-multiplicity environment of nucleus-nucleus collisions. Taking this advantage, CMS has measured the nuclear modification...
Nicole Bastid
(Univ. Blaise Pascal Clermont-Fe. II (FR))
18/07/2012, 09:30
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 formation of the Quark Gluon Plasma (QGP) is expected. In high-energy heavy ion collisions, heavy quarks and quarkonium states are regarded
as efficient probes of the properties of the QGP as they are created on a very short...
Marcella Bona
(Queen Mary, University of London)
18/07/2012, 10:00
Jianxiong Wang
(Institute of High Energy Physics, Academia Sinica)
18/07/2012, 11:00
Livio Bianchi
(Universita e INFN (IT))
18/07/2012, 11:30
Elena Gonzalez Ferreiro
(Universidad de Santiago de Compostela)
19/07/2012, 10:00
Jorge Casalderrey Solana
(University of Barcelona (ES))
19/07/2012, 11:00
Prof.
Ko Che-Ming
(Texas A&M University)
19/07/2012, 11:30
Using the hydrodynamic model to describe the dynamics of heavy ion collisions, we have studied quarkonia production in these collisions by including both their dissociation in initial cold nuclear matter and subsequently produced quark-gluon plasma [1-3]. For the latter, we used the screened Cornell potential and the next-to-leading order perturbative QCD to determine, respectively, their...
