'Jet fragmentation' presentation slideshows

Overview of CMS heavy -ion results

631 views • 55 slides

The Physics of Relativistic Heavy Ion Collisions

The Physics of Relativistic Heavy Ion Collisions. Lecture #4. Associate Professor Jamie Nagle University of Colorado, Boulder. 18 th National Nuclear Physics Summer School Lectures July 31-August 3, 2006. Hadron Formation Recombination. Baryon Anomaly.

541 views • 53 slides

Now have <pile-up> ~ 14 per bunch crossing. a challenge for tracking and for low- p T jets!

ATLAS status report: a snapshot after reaching L = 3.3 10 33 cm -2 s -1 (18 months and 3.2 fb -1 after first collisions at 7 TeV ). Now have <pile-up> ~ 14 per bunch crossing. a challenge for tracking and for low- p T jets!.

554 views • 45 slides

Jets, Kinematics, and Other Variables

Jets, Kinematics, and Other Variables. A Tutorial Drew Baden University of Maryland World Scientific Int.J.Mod.Phys.A13:1817-1845,1998. Detector. x. f. q. r. Proton beam direction. Proton or anti-proton beam direction. z. Protons. Anti-Protons. Transverse E ? E T. y. E.

483 views • 41 slides

Parton Energy Loss and Jet Tomography: Probing the "Perfect Liquid" at RHIC

457 views • 35 slides

Overview of results on jets from the CMS Collaboration

445 views • 33 slides

374 views • 30 slides

Letter of Intent for Heavy I on Physics with the ATLAS Detector ATLAS Collaboration

421 views • 29 slides

Highlights from CMS

Highlights from CMS. Gunther Roland (MIT) for the CMS Collaboration Quark Matter conference, Washington DC Aug 13 th , 2012. CMS experiment. arXiv:1207.7235 Accepted by PLB. CMS excels at Resolution of tracking and calorimetry Trigger selectivity

500 views • 28 slides

Jets at RHIC

Jets at RHIC. Jiangyong Jia Columbia University, Nevis Lab. Jets in p-p, d-Au jT,kT Cronin effect Jets in Au-Au Away side quenching, centrality dependence path length dependence. What is a jet. Jets arise from hard-scattering of gluons and quarks

466 views • 28 slides

Highlights from CMS

Highlights from CMS. Gunther Roland (MIT) for the CMS Collaboration Quark Matter conference, Washington DC Aug 13 th , 2012. CMS experiment. arXiv:1207.7235 Accepted by PLB. CMS excels at Resolution of tracking and calorimetry Trigger selectivity

410 views • 28 slides

Bolek Wyslouch Massachusetts Institute of Technology for the CMS Collaboration

c. a. b. d. CMS Experiment at LHC: Detector Status and Physics Capabilities in Heavy Ion Collisions. Bolek Wyslouch Massachusetts Institute of Technology for the CMS Collaboration. Winter Workshop Big Sky, MT February 2009.

363 views • 27 slides

Heavy Ion Physics with CMS

Heavy Ion Physics with CMS. Russell Betts for the CMS Collaboration. Heavy Ion Physics Institutions Athens, Auckland, Budapest, CERN, Chongbuk, Colorado, Cukurova, Iowa, Kansas, Korea, Los Alamos, Lyon, Maryland, Minnesota, MIT, Moscow, Mumbai, Rice, Seoul, Vanderbilt,

388 views • 27 slides

J T , k T and the fragmentation in pp collisions at ?s NN =200 GeV

Jan Rak University of New Mexico. J T , k T and the fragmentation in pp collisions at ?s NN =200 GeV. Jet kinematics from the angular width of the near and away-side correlation peak Intrinsic transverse momentum k T Jet transverse fragmentation momentum j T Associated yield

253 views • 25 slides

measurement of jet properties and their modification in heavy-ion collisions

281 views • 21 slides

Jet fragmentation results at CDF

Jet fragmentation results at CDF. Andrey Korytov (for CDF Collaboration). 1.2 fb -1 on tape. CDF. p-pbar collisions sqrt(s) = 1.96 TeV peak L = 10 32 cm -2 s -1. D0. Jet Fragmentation vs Analytical pQCD. Momentum distributions of particles in jets PRD 68 (2003) 12003

317 views • 20 slides

Ali Hanks JClub June 21, 2006

Jet Fragmentation. Ali Hanks JClub June 21, 2006. Ali Hanks - JClub. Motivation. Jets provide a connection between pQCD and non-pQCD Jet fragmentation/structure is driven by soft QCD Fragmentation functions are important for many theory calculations Indentified particle multiplicities

321 views • 19 slides

Plans for the first Jet Paper

277 views • 15 slides

Identified baryon and meson distributions at large transverse momenta in 200 GeV Au+Au collisions

Identified baryon and meson distributions at large transverse momenta in 200 GeV Au+Au collisions. L ijuan Ruan (for the STAR Collaboration) ( Lawrence Berkeley National Laboratory ). Outline: Motivation Detector and Analysis Technique Physics Results

235 views • 13 slides

Dihadron correlation in Au+Au collision at 200 GeV: jet quenching and medium response

Dihadron correlation in Au+Au collision at 200 GeV: jet quenching and medium response. p T b. 1. p T b. Flow+Recombination. factor of 5. 0.2. 3. 5-7. p T. p T a. p T a. Jet fragmentation. p T a , p T b > ? 5. Df (rad). peak. dip. 1 ?< p T a , p T b < ? 4. Jiangyong Jia

123 views • 1 slides