|
NAME |
INSTITUTE |
TITLE
|
1
|
J. Brodzicka
|
IFJ, Cracow |
New resonances at
Belle
|
2
|
W. Busza |
MIT |
Multiparticle
production in pp, pA, dA and AA collisions
|
3
|
M. Chojnacki
|
Swietokrzyska
Academy, Kielce
|
Hubble flow in
little bang
|
4
|
W. Florkowski
|
IFJ, Cracow
|
Hydro-inspired
parametrizations of freeze-out in heavy-ion collisions
|
5
|
L. Glozman
|
Graz U. |
Chiral symmetry
restoration in excited hadrons
|
6
|
K.Golec-Biernat
|
IFJ Cracow |
Color Glass
Condensate and RHIC data
|
7
|
K. H. Hicks
|
Ohio U. |
Stangeness
production and pentaquarks
|
8
|
M. Karliner
|
Tel Aviv U.
|
Pentaquarks
|
9
|
W. Kittel
|
Nijmegen U. |
General
characteristics of hadron-hadron collisions
|
10
|
M. A. Nowak
|
Jagellonian U.
|
Chiral dublers
|
11
|
D. Prorok
|
Wroclaw U. |
The transverse
energy and the charged particle multiplicity in a statistical model
with expansion
|
12
|
J. Rak
|
Iowa State U. |
High-pT physics in
the heavy ion era
|
| 13 |
Yu. M. Sinyukov
|
Kiev ITF |
1. The principal
aspects of the HBT in particle physics and astrophysics
2. Phase-space densities and entropy production in heavy ion collisions
|
14
|
A. M. Stasto
|
IFJ Cracow/Desy
|
Nonlinear evolution
equations in QCD
|
15
|
M. Stephanov
|
Illinois U., Chicago |
QCD phase diagrams
|
16
|
G. Torrieri
|
Arizona U. |
Statistical
hadronization with resonances
|
Cracow School of
Theoretical Physics