'Side jet' diaporamas de présentation

ALICE S tatus Report 106 th LHCC meeting - Open session

ALICE S tatus Report 106 th LHCC meeting - Open session. Andrea Rossi, on behalf of the ALICE collaboration. ALICE publications in pp collisions. Multiplicity & distributions 900 GeV ; EPJC: Vol. 65 (2010) 111 900,2.36 TeV ; EPJC: Vol. 68 (2010) 89

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Recreating the Birth of the Universe

Recreating the Birth of the Universe. T.K Hemmick University at Stony Brook. The Beginning of Time. Time began with the Big Bang: All energy (matter) of the universe concentrated at a single point in space and time. The universe expanded and cooled up to the present day:

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Lecture IV: Jet finding techniques and results

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Lecture IV: Jet finding techniques and results

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What do we Learn From Azimuthal Correlation Measurements in PHENIX

What do we Learn From Azimuthal Correlation Measurements in PHENIX. Roy. A. Lacey Nuclear Chemistry, SUNY, Stony Brook. A Cue from Lattice QCD:. Phase Transition. Motivation. Probes that indicate equilibrated nuclear matter with ? > 1 GeV/fm 3 are of particular Interest. Jet Function.

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Quark Structure and RHIC Highlights

Quark Structure and RHIC Highlights. Abby Bickley University of Colorado July 8, 2005. Standard Model: Particles. Provides a description of the fundamental particles and forces that govern matter Quarks and leptons as identified as the elementary particles

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Jet Correlations

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Jet

Discovery of Jet Quenching and Beyond. Jet. Xin-Nian Wang LBNL, June 29, 05. Discovery of Jet Quenching and Beyond. The 59 th Eastern Forum on Science and Technology. Shanghai, June 28-29, 2005. Introduction: A brief history Jet quenching pattern and implications

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Photon-Jet Correlations at RHIC

Photon-Jet Correlations at RHIC. Saskia Mioduszewski Texas A&M University. 18 July, 2007. Outline. What can be learned from g -jet measurements? How to measure? Current Status of Measurement at RHIC. Dominant. g. q. ?. q. g. ?. q. g. q. Bremsstrahlung. Why g -jet?. q.

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Photon-Jet Correlations at RHIC

Photon-Jet Correlations at RHIC. Saskia Mioduszewski Texas A&M University. 19 June, 2007. Outline. What can be learned from g -jet measurements? How to measure? Current Status of Measurement at RHIC. What can be learned?.

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Results from Correlations in ALICE

Results from Correlations in ALICE. Jan Fiete Grosse-Oetringhaus, CERN/PH for the ALICE collaboration Quark Matter 2011, Annecy. Correlations. p T > 0.15 GeV/c. Pb-Pb collisions at LHC produce very hot and dense matter (min(R AA ) ~ 0.14)

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Study Jet Energy Loss with 2-particle Correlations

Study Jet Energy Loss with 2-particle Correlations. Hua Pei Iowa State University For PHENIX at RHIC. How back-to-back jets lose energy Different pT region of jet energy loss Changing surface bias: 2+1 particle correlation. 0-20% Au+Au 20-40% 60-92%.

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Study of the away side jet in Au + Au and Cu + Cu collisions in PHENIX

Study of the away side jet in Au + Au and Cu + Cu collisions in PHENIX. Jiangyong Jia for the PHENIX Collaboration. pT evolution of the away side correlation High pT Au+Au /Cu+Cu comparison Intermediate pT correlation. Evolution of away-side jet shape. Intermediate p T. high p T.

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Michael L. Miller Yale University For the STAR Collaboration

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Oana Catu, Yale University

System size dependence of dihadron correlations and fragmentation functions in Cu+Cu and Au+Au at ?s=200 GeV. Oana Catu, Yale University for the STAR Collaboration. Quark Matter 2008, February 4-10, Jaipur, India.

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Oana Catu, Yale University

System size dependence of dihadron correlations and fragmentation functions in Cu+Cu and Au+Au at ?s=200 GeV. Oana Catu, Yale University for the STAR Collaboration. Quark Matter 2008, February 4-10, Jaipur, India.

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Yale RHIG High p T Contributions

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Analysis Run 4 Au+Au Centrality 20-60% Divide data into twelve 15 o slices

Is the ridge formed by aligned jet propagation and medium flow direction? Joshua Konzer (Purdue University) (For STAR Collaboration). Motivation Dihadron correlation relative to reaction plane (RP) is sensitive to medium effects due to variable path length

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PHENIX study of the medium modifications of the away side jet in Cu+Cu collisions

PHENIX study of the medium modifications of the away side jet in Cu+Cu collisions Jiangyong Jia, State University of new York at Stony Brook for the PHENIX Collaboration. Minbias point. T. Renk hep-ph/0607166.

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Systematic study of the away side jets in AuAu collisions Jiangyong Jia, Columbia University

Systematic study of the away side jets in AuAu collisions Jiangyong Jia, Columbia University for the PHENIX Collaboration. Centrality. Au + Au h - h results ZYAM subtracted per-trigger yield, the red/green lines are uncertainty

117 views • 1 slides