QCD physics at heavy-ion collider energies. Results from PHENIX Run-1


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Table of contents

1. Title

2. Overview

3. Review of QCD properties

4. QCD at finite T and rho

5. QCD thermodynamics (on the lattice*)

6. Cosmological QCD transition

7. High parton density & small-x physics

8. The "Little Bang" in the lab.

9. Relativistic Heavy-Ion Collider (RHIC) @ BNL

10. The PHENIX collaboration

11. PHENIX @ RHIC

12. First collisions at PHENIX (Au+Au @ sqrt(sNN) = 130 GeV, June 2000)

13. PHENIX Run-1 (summer 2000)

14. Reaction centrality & scaling of baseline p+p,p+A observables

15. Global Results 1. Energy density [PRL 87, 52301 (2001)]

16. Global Results 2. Particle Mult.iplicity and ET vs. centrality [PRL 87, 52301 (2001), PRL 86, 3500 (2001)]

17. Global Results 3: Net baryon density at midrapidity

18. Hard probes observables (foreword)

19. "Hard" results 1: High pT spectra (central vs. periph.) [PRL88:022301 (2002)]

20. "Hard" results 1: High pT spectra (nuclear modif. factor)

21. "Conventional" nuclear effects (1) : Cronin enhancement

22. "Conventional" nuclear effects (2): Gluon shadowing

23. "Conventional" nuclear effects (2): Gluon shadowing ...

24. "QGP" effects: radiative parton energy loss

25. "QGP" effects: pQCD calculations vs. data

26. "Hard" results 2: Hadron composition at high-pT [nucl-ex/0112006]

27. "Hard" results 3: Single electron spectrum [nucl-ex/0202002]

28. "Hard" results 3: Open charm from the e- data [nucl-ex/0202002]

29. "Hard" results 4: Elliptic flow [nucl-ex/0204005]

30. PHENIX topics not covered in this talk ...

31. PHENIX Run-2 (2001-2002)

32. Expected Run-2 (small cross-section) results

33. Summary (I)

34. Summary (II)

Author: David d'Enterria

E-mail: enterria@in2p3.fr

Homepage: http://www.phenix.bnl.gov/~enterria

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