'Au au 0 10' presentation slideshows

531 views • 44 slides

Hard Probes: Past, Present and Future

Hard Probes: Past, Present and Future. James Dunlop Brookhaven National Laboratory. The Promise of Jet Tomography. Simplest way to establish the properties of a system Calibrated probe Calibrated interaction Suppression pattern tells about density profile Heavy ion collisions

483 views • 40 slides

Jets and high-p T results from QM 2006

Jets and high-p T results from QM 2006. Marco van Leeuwen, LBNL. Motivation. A reminder. Use jets and high-p T particles to probe the medium. Initial production at high-p T is calculable in perturbative QCD and can be calibrated by reference measurements. Goal: measure medium properties

435 views • 34 slides

New STAR jet measurements and their implications for EMCal trigger and offline

New STAR jet measurements and their implications for EMCal trigger and offline. Peter Jacobs, LBNL. This talk is almost entirely about recent analysis of STAR data on full jet reconstruction in central Au+Au data

387 views • 29 slides

Phantom Jets: the ? puzzle and v 2 without hydrodynamics

Phantom Jets: the ? puzzle and v 2 without hydrodynamics. Rudolph C. Hwa University of Oregon. Early Time Dynamics in Heavy Ion Collisions Montreal, July 2007. Conventional jet structure. Phantom jet. ?. Jets. Bielcikova (STAR) 0701047.

458 views • 29 slides

Future prospects for NA61 heavy ions: rare observables

Future prospects for NA61 heavy ions: rare observables. Connecting to high-energy (RHIC) results. M. van Leeuwen, Utrecht University and the NA61 collaboration. Workshop: New Opportunities in the Physics Landscape at CERN 11-14 May 2009. Motivation.

399 views • 28 slides

Jet-like particle correlations

434 views • 28 slides

STAR: recent results and future physics program

336 views • 23 slides

Low and Intermediate P t Probes of the Perfect Liquid at RHIC

369 views • 22 slides

Dipali Pal for the PHENIX collaboration Vanderbilt University

Nuclear modification and elliptic flow measurements for f mesons at ? s NN = 200 GeV d+Au and Au+Au collisions by PHENIX. Dipali Pal for the PHENIX collaboration Vanderbilt University. Outline. Motivation f meson spectra at different centralities

319 views • 20 slides

Future prospects for NA61 heavy ions: rare observables

Future prospects for NA61 heavy ions: rare observables. Connecting to high-energy (RHIC) results. M. van Leeuwen, Utrecht University and the NA61 collaboration. Workshop: New Opportunities in the Physics Landscape at CERN 11-14 May 2009. Motivation.

304 views • 20 slides

Heavy Ion Physics with PID

Heavy Ion Physics with PID. Tatsuya Chujo University of Tsukuba. Some notes:. In this presentation, I will talk about some of the basics physics motivations for the PID upgrade in PHENIX. Mid-term is for the next 5 years (2011-2015), and long term is for the another next 5 years (2016-2020).

267 views • 13 slides