PPT-Rapidity

Dependence of Transverse Momentum Correlations from Fluctuating Hydrodynamics Rajendra Pokharel 1 Sean Gavin 1 and George Moschelli 2 1 Wayne State University 2 Frankfurt Institute of Advanced . energies. D.A. . Artemenkov. , G.I. . . Lykasov. , . A.I. . . Malakhov. Joint Institute for Nuclear Research. malakhov@lhe.jinr.ru. Hadron Structure 2015, June 29 – July 3, 2015, . Horn. ý. . . Takao . Sakaguchi. Brookhaven National Laboratory. Serious Preface. Discovery and quantification are both important and should go along. Mandatory condition as far as I think, in order to expand a field (and get budget). ultraperipheral. . collisions at ALICE. Evgeny. . Kryshen. o. n behalf of the ALICE collaboration. Petersburg Nuclear Physics Institute, . Gatchina. , Russia. 15 March 2013. Rencontres. de . Moriond. . Recontres. De . Moriond. QCD and High Energy Interactions . . La . Thulie. March 10. h. –17. th. 2012. Suppression of Hadrons . at Forward Rapidity at RHIC. Final State . of a Au-Au . Ohio University (Athens, OH, USA). Uniplast Ltd Co. (Vladimir, . Russia. ). PHENIX Calorimetery Workshop. 12/14/2010 BNL. Main Idea. We have done some preliminary calculations/considerations for the basic parameters of a few more “conventional” options: . in Cold and Hot Matters. Raphaël Granier de Cassagnac. LLR – École polytechnique / IN2P3. Quark Matter 2008. Jaipur, 2008, February 6. th. The normal introduction. In 1986, Matsui & Satz predicted an “unambiguous” signature of QGP. Week of September 8. More words from Greek and Latin Roots. recipient. recipient. A person who gets something. apprehend. apprehend. To seize; to arrest. comprehend. comprehend. understand. assumption. Prino. INFN – . Sezione. di Torino. Heavy-. flavour. production. in heavy-ion collisions. BEAUTY2016, Marseille, May 5. th. . 2016. 2. Heavy-Ion Collisions. Goal: study the properties of nuclear . Travis Salzillo. 1,2. , Rainer Fries. 1. , Guangyao Chen. 1. 1. . Cyclotron Institute, Texas A&M University . 2. REU student from Tarleton State University. Overview. Introduction to QCD and CGC. Travis Salzillo. 1,2. , Rainer Fries. 1. , Guangyao Chen. 1. 1. . Cyclotron Institute, Texas A&M University . 2. REU student from Tarleton State University. Overview. Introduction to QCD and CGC. Outline. February 9, 2008. Quark Matter 2008. 2. Results. dN/dy. Stopping. Summary. and discussion. Experiment and motivation. Motivation: . reference to understand baryon transport. February 9, 2008. Marzia . Nardi. INFN Torino (Italy). nardi@to.infn.it. Quark Matter 2009, Knoxville. Student Day . WHY ?. General interest:. Unsolved problems of QCD. QCD out of the perturbative regime. Looking for universal properties. baryon number at intermediate coupling. Holography beyond . h. /. s. =1/4. p. Wilke van der Schee. Based on work . Åsmund. Folkestad, . Sašo. Grozdanov and Krishna Rajagopal. References: 1501.04952, 1507.08195, 1610.08976 (PRL), 1907.xxxxx. From collisions to quark-gluon plasma. Wilke van der Schee. Quark Matter 2017. 6 February 2017. Standard model of . heavy ion collisions. 2. /17. Initial stage goes from weak . to strong coupling. Hydrodynamisation.