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Single & Dihadron Suppression at RHIC and LHC Xin-Nian Wang Lawrence Berkeley National Laboratory Last call for prediction for LHC, CERN, May 29-June 2,2007.

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Presentation on theme: "Single & Dihadron Suppression at RHIC and LHC Xin-Nian Wang Lawrence Berkeley National Laboratory Last call for prediction for LHC, CERN, May 29-June 2,2007."— Presentation transcript:

1 Single & Dihadron Suppression at RHIC and LHC Xin-Nian Wang Lawrence Berkeley National Laboratory Last call for prediction for LHC, CERN, May 29-June 2,2007 Collaborators: J. Owens, E. Wang, Z. Zhang, Phys. Rev. Lett. 98, 21230 (2007) [nucl-th/0701045]

2 Outline Jet quenching in twist expansion framework Single and dihadron suppression at RHIC and LHC A roadmap for jet study at LHC

3 Jet Quenching in A+A Collisions hadrons q q leading particle leading particle N-N collision hadrons q q Leading particle suppressed leading particle suppressed A-A collision

4 Alphabets of jet quenching Gyulassy-Levai-Vitev (GLV) –(Djordjevic, Wicks, Horowitz, …) Armesto-Salgado-Wiedeman (ASW) –(Dainess et al, Arleo, Renk, Eskola, …) Arnold-Moore-Yaffe (AMY) High-Twist Expansion (THE)(XNW, Guo, Majumder, Osborne, Owens, E. Wang, B. Zhang, H. Zhang,…) Comparative study of jet quenching schemes; A. Majumder QM06 (nucl-th/0702066 )

5 Jet Quenching in High-Twist Expansion

6 Gluon distribution of the medium

7 p T broadening and gluon distribution k=E p q

8 Elastic Energy Loss + + +….

9 Elastic vs. Radiative Energy Loss For E=10 GeV, T=0.2 GeV, L=6 fm,  s =0.3

10 Quark-quark Scattering arXiv:0704.0106 [hep-ph] Schafer, XNW and B.Zhang, Gluon –parton scattering Coupled equation for modified fragmentation functions for Quarks and gluons

11 NLO pQCD Calculation 1-D expanding Energy loss parameter Transport coefficient Geometry: Hard Sphere: Good approximation to Wood-Saxon

12 Single and Dihadron hadron suppression at RHIC z T =p T ass /p T trig

13 Sensitivity to initial density

14 Surface emission?

15 Surface vs. Volume

16 Multiplicity at LHC 2dN/d  part 

17 Parton Shadowing at LHC

18 Single hadron suppression at LHC

19 Dihadron suppression at LHC

20

21 A roadmap for jet study at LHC Re-constructed jets open up a whole new world for jet quenching study (I always believe what my experimental colleagues tell me) Reconstructed jets: (1)Single inclusive jets (2)Di-jets (3)Gamma-jets

22 (1) Measurements of jet shape R AA (E T ) for jets: 1 Jet cone size R R AA For single hadrons

23 (2) Direct measurement of qhat  J. Casalderrey-Solana and XNW, arXiv:0705.1352 [hep-ph]. Majumder, Muller and XNW, arXiv:hep-ph/0703082

24 q-hat in a nucleus e-e- E. Wang & XNW PRL 89, 162301(2002)

25 (3) Modified fragmentation functions XNW, Huang and Sarcevic, Phys.Rev. Lett. 77, 231 (1996)

26 Utopia?

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