'Radiative energy loss' presentation slideshows

Heavy Quark Energy Loss in Nucleus-Nucleus Collisions Magdalena Djordjevic

Heavy Quark Energy Loss in Nucleus-Nucleus Collisions Magdalena Djordjevic The Ohio State University. Heavy ion physics has a goal to form and observe a QGP. Is the QGP already discovered at RHIC?. Jet Quenching of light partons strongly suggest that QGP is discovered .

957 views • 76 slides

Jets in Nuclear Collisions

Jets in Nuclear Collisions. Why jets in nuclear collisions? How do we find jets in nuclear collisions? Is hard scattering different in nuclear collisions than in e+e- or pp collisions? What happens in the nuclear medium? Is jet transport & fragmentation changed?

691 views • 56 slides

Jets in Nuclear Collisions

Jets in Nuclear Collisions. Why jets in nuclear collisions? How do we find jets in nuclear collisions? Is hard scattering different in nuclear collisions than in e+e- or pp collisions? What happens in the nuclear medium? Is jet transport & fragmentation changed?

667 views • 56 slides

The Quark-Gluon Plasma Comes of Age

The Quark-Gluon Plasma Comes of Age. Peter Jacobs, Lawrence Berkeley National Laboratory. Outline. Brief tour of QCD QCD Matter and its phase transitions Quantitative measurements of QCD Matter: jet quenching and shear viscosity

769 views • 51 slides

The physics of Heavy Quarks in AA collisions

The physics of Heavy Quarks in AA collisions. J. Aichelin. Why heavy quarks are interesting? Interaction of heavy quarks with the plasma - different approaches - our model (elastic and inelastic collisions, LPM) - is there more than R AA and v 2

472 views • 47 slides

Is the QGP produced in LHC collisions more opaque than that produced in RHIC collisions?

Is the QGP produced in LHC collisions more opaque than that produced in RHIC collisions? Roy A. Lacey Chemistry Dept., Stony Brook University. p. Quantitative study of the QCD phase diagram is central to our field. Conjectured Phase Diagram. Interest

458 views • 35 slides

Jet Quenching: What it really measures?

Jet Quenching: What it really measures?. Xin-Nian Wang Lawrence Berkeley National Laboratory. High-pT physics at LHC, Jyvaskyla, March 21-27,2007. Jet Quenching in A+A Collisions. leading particle. hadrons. q. q. hadrons. leading particle. Leading particle suppressed. hadrons. q. q.

446 views • 35 slides

Tomography of the QGP at RHIC and LHC by heavy mesons

Tomography of the QGP at RHIC and LHC by heavy mesons. J. Aichelin in collaboration with M. Bluhm, P.B. Gossiaux, T. Gousset, M. Nahrgang, S.Vogel. Why heavy quarks are interesting? Interaction of heavy quarks with the plasma - collisional

451 views • 32 slides

The STAR Experiment

The STAR Experiment. Direct ?-charged hadrons Measurements. One more ingredient for energy loss quantification . Hot Quarks 2008, 18-23th August, Estes Park Colorado. Texas A&M University A. M. Hamed for the STAR collaboration. Table of Contents and Disclaimer.

442 views • 31 slides

Heavy quark energy loss: radiative v.s. collisional Magdalena Djordjevic

Heavy quark energy loss: radiative v.s. collisional Magdalena Djordjevic The Ohio State University. Quark Gluon Plasma. High Energy Heavy Ion Physics. Form, observe and understand Quark-Gluon Plasma (QGP).

470 views • 30 slides

Hard and Soft Probes of Dense Matter

Hard and Soft Probes of Dense Matter. HNPC2013, Zhang Jia Jie , China, 18-22 July 2013. Xin-Nian Wa ng ??? Central China Normal University. QCD: Theory for strong interaction. SU(3) gauge symmetry (non- Abelian ) Asymptotic freedom at short distance Confinement at long distance

418 views • 27 slides

Open charm at RHIC and LHC

Open charm at RHIC and LHC. J. Aichelin in collaboration with M. Bluhm, P.B. Gossiaux, T. Gousset, (A.Peshier). Why heavy quarks are interesting? Interaction of heavy quarks with the plasma - collisional - radiative

379 views • 27 slides

Light and heavy flavor phenomenology at RHIC and LHC Magdalena Djordjevic

271 views • 27 slides

Hard Probes at STAR

Hard Probes at STAR. James Dunlop Brookhaven National Laboratory for the STAR collaboration. Towards precision in high p T phenomena. A. Dainese et al, Eur. Phys. J. C38(2005) 461. J. Adams et al, Phys. Rev. Lett. 91 (2003) 072304. Medium is dense: how to make this more quantitative?

379 views • 26 slides

Heavy quark energy loss in hot and dense nuclear matter

Heavy quark energy loss in hot and dense nuclear matter. Shanshan Cao In Collaboration with G.Y. Qin, S.A. Bass and B. Mueller Duke University. Outline. Introduction and motivation Methodology Improved Langevin approach incorporating gluon radiation mechanism

364 views • 23 slides

Open charm production at RHIC

Open charm production at RHIC. Xin Dong University of Science and Technology of China - USTC. Many Thanks to: H. Huang, H. Ritter, K. Schweda, P. Sorensen, A. Tai, N. Xu, Z. Xu, H. Zhang, Y. Zhang M. Djordjevic, L. Grandchamp, M. Gyulassy, J. Raufeisen, R. Vogt, X.-N. Wang. Outline.

312 views • 22 slides

Single electron puzzle at RHIC Magdalena Djordjevic Columbia University

Single electron puzzle at RHIC Magdalena Djordjevic Columbia University. Heavy ion physics has a goal to form and observe a QGP. Is the QGP already discovered at RHIC?. Jet Quenching of light partons strongly suggest that QGP is discovered .

345 views • 22 slides

The quest for the quark-gluon plasma with at RHIC

STAR. The quest for the quark-gluon plasma with at RHIC . Mirko P l anini ? University of Zagreb NuPECC meeting at IRB, June 13-14, 2008. Fazni diagram vode. pritisak. temperatura. CGC. Phase diagram of QGP. T. Early Universe. 150 MeV. QGP. Hadronic state.

413 views • 20 slides

Heavy flavor suppression in a dynamical medium with finite magnetic mass Magdalena Djordjevic

Heavy flavor suppression in a dynamical medium with finite magnetic mass Magdalena Djordjevic Institute of Physics Belgrade, University of Belgrade. Overview. Brief review of the dynamical energy loss

173 views • 17 slides

Heavy Quark Evolution and Flow in Hot and Dense Medium

Heavy Quark Evolution and Flow in Hot and Dense Medium. Shanshan Cao In Collaboration with Guangyou Qin and Steffen A. Bass Duke University. Outline. Introduction and motivation Methodology Improved Langevin approach incorporating gluon radiation mechanism

279 views • 16 slides