'Collective flow' diaporamas de présentation

Bulk Properties of QCD Matter

Bulk Properties of QCD Matter. Many thanks to organizers !. Kai Schweda, University of Heidelberg / GSI Darmstadt. Outline. Introduction Hadron Abundances - T ch Collective Flow - T fo , ? Heavy Quarks - open charm and quarkonia. Introduction. Quark Gluon Plasma.

695 views • 62 slides

Femtoscopy in heavy ion collisions: Wherefore, Whence, & Whither?

643 views • 51 slides

577 views • 50 slides

Energy Loss and Flow in Heavy Ion Collisions at RHIC

Energy Loss and Flow in Heavy Ion Collisions at RHIC Neils Bohr was almost right about the liquid drop model Jim Thomas Lawrence Berkeley National Laboratory Berkeley, CA XI th Mexican Workshop on Particles and Fields Tuxtla Gutierrez, Mexico November 7 th , 2007. BRAHMS. PHOBOS. PHENIX.

611 views • 46 slides

Experimental Results from RHIC and Plans for eRHIC

BRAHMS & PP2PP. PHOBOS. RHIC. PHENIX. STAR. Pol. H - source. LINAC. BOOSTER. AGS. Experimental Results from RHIC and Plans for eRHIC. p+p (trans. polarized). p+p (long. polarized). R elativistic H eavy I on C ollider. Au+Au (d+Au). Experiments: PHENIX STAR BRAHMS PHOBOS.

605 views • 46 slides

Bulk signatures & properties (soft particle production)

594 views • 44 slides

Hadron-hadron correlations in heavy-ion collisions

Hadron-hadron correlations in heavy-ion collisions. Peter Hristov 14/09/2012, PIC2012. Outline. Content. Template. Introduction Femtoscopy Anisotropic f low. Physics motivation Measurement methods Experimental results Summary and/or outlook. 3 flavours; (q-q)=0. Introduction.

709 views • 41 slides

AA versus pp (& dA): A puzzling scaling in HBT@RHIC

533 views • 40 slides

The Time-Of-Flight Detector for RHIC/STAR and Related Physics

540 views • 39 slides

525 views • 37 slides

Energy and system size dependence in string-hadronic models

431 views • 35 slides

The DHBT method to detect rotation in high-energy heavy-ion collisions

The DHBT method to detect rotation in high-energy heavy-ion collisions. Laszlo P. Csernai, University of Bergen, Norway.

462 views • 35 slides

Charm in transport

Charm in transport. Wolfgang Cassing Trento, 31.05.2006. The phase diagram of QCD. UrQMD initial energy density is higher than the boundary from LQCD Tri-critical point reached somewhere between 20 and 40 A GeV -> we are probing a new phase of matter already at the AGS!.

457 views • 34 slides

Laszlo P. Csernai, University of Bergen, Norway

Differential HBT method to detect rotation. Wigner - CCNU mini Workshop, Budapest, Apr. 7-8, 2014. Laszlo P. Csernai, University of Bergen, Norway. Peripheral Collisions (A+A). Global Symmetries Symmetry axes in the global CM-frame: ( y ?? -y) ( x,z ?? -x,-z)

459 views • 33 slides

Direct photon interferometry

462 views • 32 slides

Status Physics Book: Observables and Predictions

525 views • 25 slides

????????????????????????????? A02: ????? ???????????????????? ?

????????????????????????????? A02: ????? ???????????????????? ? ----- ??? ??? ???? ?????????????????????? ? ----- ????????????. ?????? ???? ?? ???????????????? QGP ? ????? QGP ??? QCD ??? ?????????????? ??????????????? ??? ???????? ?????????????. ??????? ??????? ?????????

469 views • 25 slides

Quantum Treatment of Multiple Scattering and Collective Flow in HBT

Kromeriz, Czech Republic August 17, 2005. Quantum Treatment of Multiple Scattering and Collective Flow in HBT. The pion environment after the QGP phase transition Why quantum treatment? The path integral method to study multiple collisions and collective flow in HBT Conclusions

342 views • 23 slides

Recent Open Heavy Flavor Results from PHENIX

Recent Open Heavy Flavor Results from PHENIX. Maki Kurosawa for the PHENIX Collaboration RIKEN Nishina Center. Why Open Heavy Flavor. Heavy flavors are primarily produced via gluon fusion in initial stage of the collision Travel through the created medium.

342 views • 22 slides

Collective motion of Xe-Xe collision at CSR energy

Collective motion of Xe-Xe collision at CSR energy. Xie Fei, Wu Kejun, Liu Feng ccnu Institute of Particle Physics. Outline. Motivation Result and discussion Centrality selection Baryon density evolution Collective flow Thermalization and m T spectra Summary. 1. Motivation.

269 views • 15 slides