'Central au au collisions' diaporamas de présentation

Countrate estimates

Countrate estimates. Particle production in heavy ion collisions. Particle multiplicities for central Au+Au collisions from UrQMD calculations. Example ? production Direct production: NN ? ? + ? - NN (E thr = 12.7 GeV) Production via multiple collisions: NN ? K+ ? N,

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822 views • 61 slides

The Columbia Program in Relativistic Heavy Ion Physics W.A. Zajc B. A. Cole M. Gyulassy

The Columbia Program in Relativistic Heavy Ion Physics W.A. Zajc B. A. Cole M. Gyulassy. Outline. B. Cole (Experiment) Physics from PHENIX Columbia group, specific contribution to PHENIX M. Gyulassy (Theory) Physics from RHIC The big picture W. Zajc (Experiment) Overview

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Heavy-Ion Physics

Heavy-Ion Physics. Raimond Snellings XXIII Physics in Collision Zeuthen, Germany June 26-28, 2003. Outline. Brief introduction to Heavy-Ion Physics CERN SPS: a new state of matter BNL Relativistic Heavy Ion Collider BRAHMS, PHOBOS, PHENIX and STAR

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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.

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Experimental Overview

STAR. Experimental Overview. based on input from my heavy ion colleagues at RHIC!. Overview Heavy Ion Physics Experimental challenges RBRC contributions Experimental Results Initial state Elliptic Flow Hard Probes Heavy Flavor. pp2pp.

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d+Au and p+Au Collisions at RHIC

d+Au and p+Au Collisions at RHIC. Carl A. Gagliardi Texas A&M University. Outline Jet quenching and d+Au as the control experiment Small-x physics and saturation Upgrade plans for the future. Hard scattering at RHIC and NLO pQCD. PRL 91, 241803. PHENIX ? 0. STAR (h + +h - )/2

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PHENIX Results

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Experimental Results at RHIC

Experimental Results at RHIC. T. Hallman Brookhaven National Laboratory ISMD Kromeriz, Czech Republic August 9-15, 2005. The Outline of this Talk. Brief definition of terms Recent results on hard probes Some thoughts about what the data are telling us Conclusions.

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Mike Lisa Ohio State University

The multiplicity evolution of spectra at RHIC How different (really) are p+p and Au+Au collisions ?. Mike Lisa Ohio State University. Z. Chajecki & MAL, arXiv:0803.0022 [nucl-th]; Z. Chajecki & MAL arXiv:0807.3569 [nucl-th]. Outline.

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PHENIX Collaboration meeting, Ames, July 11, 2010 Itzhak Tserruya

HBD in Run-10. PHENIX Collaboration meeting, Ames, July 11, 2010 Itzhak Tserruya. Outline. Operation Performance Central collisions Summary. 1. Operation. HBD – short reminder.

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Non-Photonic Electron-Hadron Correlations at RHIC

Non-Photonic Electron-Hadron Correlations at RHIC. Gang Wang ( University of California, Los Angeles ). Outline. Motivation Analysis procedure Near-side contribution in p+p collisions Away-side broadness in A+A collisions Outlook. Motivations.

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Wit Busza

DoE Review of RHIC Program 9 July 2003. Wit Busza. Collaboration. Birger Back, Mark Baker, Maarten Ballintijn, Donald Barton, Bruce Becker, Russell Betts, Abigail Bickley , Richard Bindel , Andrzej Budzanowski, Wit Busza (Spokesperson), Alan Carroll,

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Zebo Tang (for the STAR Collaboration) University of Science and Technology of China (USTC)

Quarkonium Production from STAR at RHIC. Zebo Tang (for the STAR Collaboration) University of Science and Technology of China (USTC). c. c. d. Quarkonium melting in QGP. r D. d. D -. D +. Plasma thermometer. ?. QGP Thermometer.

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Zebo Tang (for the STAR Collaboration) University of Science and Technology of China (USTC)

J/ y measurements at STAR. Zebo Tang (for the STAR Collaboration) University of Science and Technology of China (USTC). Motivation. J/ y production in p+p collisions: Baseline for A+A Provide insight in production mechanism (Color-singlet vs. Color-octet) Establish/Estimate feeddown

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Charged Hadron Spectra and Ratios in d+Au and Au+Au Collisions from PHOBOS Experiment at RHIC

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Sketch of a competitive experiment on dense nuclear matter

Sketch of a competitive experiment on dense nuclear matter in the (future) Nuclotron energy range (2-5 AGeV). Helmholtz Summer School 2006, Dubna, Student Seminar Peter Senger, GSI. 1. The physics case: ? Nuclear equation of state at high baryon densities

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LANL Nuclear Physics at RHIC & E906 Mike Leitch (MJL) --- August 5, 2010

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Levente Molnar Purdue University for the Collaboration

Jet-like correlations between forward - and mid - rapidity in p+p, d+Au, and Au+Au collisions from STAR. Levente Molnar Purdue University for the Collaboration. Forward and mid- rapidity correlations. g. g. q. q. FTPC associated particles: Forward TPCs (2.7 < |?| < 3.9)

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HIC03, Montreal , Canada, Jun 27, 2003

QCD Fragmentation Functions for Hard Hadron Production ( with emphasis on charged-hadron/pion ratio ). Xiaofei Zhang Kent State University. HIC03, Montreal , Canada, Jun 27, 2003. based on work:. X. F. Zhang, et al . , PRL, 89,272301 (2002).

189 views • 13 slides