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Program of the International School

(インターナショナルスクールのプログラム)


Note: The following information is copied from announcement of paper in the first day.
注：以下の内容については、初日にくばられたアナウンスからコピーしたものです。




Program (プログラム)
9:30 - 10:30 - 12:00 - 14:00 - 15:30 - 16:00 -18:00
June 3 Registration Signal I
Wang

((Asakawa))
 Lunch
Signal II
Asakawa

((Kunihiro))		 Break
 Koide(1)
Chiku(2)
Ohnishi(3)
Nakamura(4)

((Kunihiro))
9:30 - 11:00 - 12:00 - 14:00 - 15:30 - 16:00 - 18:00
June 4 Charm.
Suppress.
Kharzeev

((Matsui))
 Kaneta(5)
Patra(6)

((Sugitate))
 Lunch
 EM probe exp.
Tserruya

((Sugitate))
 Break
 Lee(7)
Ishihara(8)
Hirano(9)
Shell(10)

((Matsui))
June 5 Pretherm. Problem I
Eskola

((Miyamura))
 Chujyo(11)
Takagi(12)

((Miyamura))		 Lunch
 Event generator
Gyulassy

((Asakawa))
 Break
 Kurata(13)
Sasaki, N(14)
Nara/Otsuka(15)
Maruyama(16)

((Sumi))
June 6
 Finite T/mu perturb.
Niegawa

((Kodaira))
 Dirks(17)
Sasaki, K(18)

((Kodaira))
 Lunch
 Pretherm. problem II
McLerran

((Hatsuda))
 Break
 Announcement of QM97
Hatsuda
Final speech
Miyamura

((Hatsuda))
(( )): Session chairperson
Available time for a presentation is 20 minutes including discussion.

Lecture

K. Eskola (CERN), Prethermalization dynamics I
L. McLerran (Minnesota), Prethermalization dynamics II
M. Gyulassy (Columbia), Event generators and collision dynamics
X.N. Wang (LBL), Signal problem I
M. Asakawa (Nagoya), Signal problem II
I. Tserruya (Weizmann), Status of experiments with electromagnetic probes
D. Kharzeev (Bielefeld), Charmonium suppression problem
A. Niegawa (Osaka City U), Finite temperature/density QCD perturbation

Presentaions

  1. T. Koide (Tohoku)
    Medium Effects on Time Development of Hadronic Correlation Function in the Projection Operator Formalism.
  2. S. Chiku (Tsukuba)
    Detecting the critical softening of chiral transition through sigma to 2 gamma process.
  3. H. Ohnishi (Hiroshima)
    Multiplicity dependence of pion source size in heavy ion collisions.
  4. H. Nakamura / K. Morita (Waseda)
    HBT Effect Based on a Hydrodynamical Model.
  5. M. Kaneta (Hiroshima)
    Chemical Property in Heavy Ion Collisions.
  6. Binoy Krishna Patra (Banaras Hindu University)
    Effect of flavours on the temperature and baryon chemical potential dependent bag pressure.
  7. Su Hong Lee (Yonsei University)
    Vector meson dispersion in medium.
  8. M. Ishihara (Tohoku)
    Time development of vacuum structure in chiral phase transition.
  9. T. Hirano (Waseda)
    Electromagnetic spectrum from QGP fluid.
  10. Varun Sheel (Physical Research Laboratory, Navrangpura, Ahmedabad)
    Condensate fluctuations in QCD vacuum and hadronic correlators at finite temperature.
  11. T. Chujyo (Tsukuba)
    Hadron Production in Au+Au Collisions from AGS-E866 experiment.
  12. Fujio Takagi (Tohoku)
    Hadron Multiplicities in Quark-Gluon Plasma Events.
  13. M. Kurata(Tsukuba)
    First observation of directed flow at CERN-SPS 158 A GeV Pb+Pb collisions from WA98 experiment.
  14. N. Sasaki (Hiroshima)
    An application of event generator to study equation of state and relaxation time of hadron gas.
  15. Y. Nara / Otsuka (JAERI/Hokkaido)
    What is the role of higher baryon resonances in AA collisions at AGS energies.
  16. T. Maruyama (JAERI)
    QMD/JAERI ultrahigh energy reactions.
  17. Marcus Dirks (Bilefeld)
    Thermal photon production rate from non-equilibrium quantum field theory.
  18. K. Sasaki (Yokohama)
    Gauge-independent resummed gluon self-energy in hot QCD.
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