'Heavy ion collision' diaporamas de présentation

A Holographic S tudy of Thermalization in Strongly C oupled P lasmas

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Initial Conditions from Shock Wave Collisions in AdS 5

Initial Conditions from Shock Wave Collisions in AdS 5. Yuri Kovchegov The Ohio State University Based on the work done with Javier Albacete, Shu Lin, and Anastasios Taliotis, arXiv:0805.2927 [hep-th], arXiv:0902.3046 [hep-th], arXiv:0911.4707 [hep-ph]. Outline.

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Lecture 1 Heavy Ion Collisions: geometry, timescales, and collective behavior

z. y. x. Lecture 1 Heavy Ion Collisions: geometry, timescales, and collective behavior. Barbara Jacak Stony Brook University January 10, 2012. Outline(s ). Lectures on heavy ion collisions and quark gluon plasma Geometry and collective behavior in heavy ion collisions

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Jaiby Joseph Ajish 11/9/2011

Charmed Meson measurements using a Silicon Tracker in Au+Au collisions at ? s NN = 200 GeV in STAR experiment at RHIC. Jaiby Joseph Ajish 11/9/2011. Outline. Introduction Why collide nuclei at high energies? RHIC and STAR Physics at RHIC Important observations Heavy quark sector

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Quark Matter Under Extreme Conditions

Quark Matter Under Extreme Conditions. Neda Sadooghi Sharif University of Technology Tehran-Iran Munich-January 2011. F our F undamental F orces. Strong nuclear force . Electromagnetic force. Theory of Everything. Weak nuclear force . Gravitational force . Standard Model of Cosmology.

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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.

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STAR Heavy Flavor Tracker Upgrade --Status of PXL Detector

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A search for double anti-kaon production in antiproton- 3 He annihilation at J-PARC

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Resonance and low -mass vector meson production in ALICE

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Lattice QCD + Hydro/Cascade Model of Heavy Ion Collisions

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Shengli Huang Vanderbilt University for the PHENIX Collaboration

Measurements of long-range angular correlation and identified particle v 2 in 200 GeV d+Au collisions from PHENIX. Shengli Huang Vanderbilt University for the PHENIX Collaboration. Outline. Motivations Long-range angular correlations across Rapidity, Centrality and Trigger p T

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Kei Suzuki ( Tokyo Institute of Technology ) Philipp Gubler ( RIKEN ) Kenji Morita ( YITP )

Thermal modification of bottomonium spectral functions from QCD sum rules with the maximum entropy method. Kei Suzuki ( Tokyo Institute of Technology ) Philipp Gubler ( RIKEN ) Kenji Morita ( YITP ) Makoto Oka ( TITech , KEK ).

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Simulation studies for j/psi at 12 A Gev and 30 A GeV energies

Simulation studies for j/psi at 12 A Gev and 30 A GeV energies. Mukesh K umar Sharma Research Scholar University of Jammu. OUTLINE. MOTIVATION MuCh GEOMETRY DATA SET USED OBSERVATION. MOTIVATION. MuCh Detector is aimed to detect dimuon in heavy ion collision

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Isang Tag- araw sa CERN

Isang Tag- araw sa CERN. Lemuel Pelagio , Jr. PhD Student National Institute of Physics. CERN Summer Student Progra m.

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Femtoscopy with STAR

Femtoscopy with STAR. Zbigniew Chaj ę cki for the Collaboration. Outline. Probing space and time in Heavy Ion Collisions with Femtoscopy Evolution and emission time Size and shape of the source Do we understand the transverse mass dependence of HBT radii?

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STAR Experiment

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Nuclear Isovector Equation-of-State (EOS) and Astrophysics

Nuclear Isovector Equation-of-State (EOS) and Astrophysics. Hermann Wolter Dep. f. Physik, LMU. Topics: Phase diagram of strongly interacting matter and exploration via heavy ion collisions Symmetric and asymmetric EoS, density dependence of symmetry energy

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What Can be Learned from Identifying Leading Hadrons of Jets in STAR?

What Can be Learned from Identifying Leading Hadrons of Jets in STAR?. Kolja Kauder for the STAR Collaboration. Outline. Introduction / Motivation Quark Gluon Plasma Experimental Setup Jets as Probes via 2D Correlation Analyses Identifying Trigger Particles to Study Particle Production

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