wut = warsaw university of technology faculty of physics heavy ion physics as seen from wut

40
WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Upload: marilynn-mclaughlin

Post on 03-Jan-2016

215 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

WUT = Warsaw University of Technology

Faculty of Physics

Heavy Ion Physics as seen from WUT

Page 2: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT
Page 3: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Some history1975- 1990

WUT at JINR - Dubna

Page 4: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

M.I. Podgoretski

V.G. Grishin

1975 ~1990 - Grishin, propane bubble chamber group and others in Dubna - measured two-particle correlations for various reactions and two-particle systemsin the energy domain of several GeV/nucleon

Weekly meeting of propane bubble chamber group.

Page 5: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

First correlation function for π0π0 system, JINR, Dubna,1986 Xenon bubble chamber of ITEP, Moscow

π+Xe, 3.5 GeV/c XenonBubble Chamber

Page 6: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

1990 …Cooperation

with LPN, SUBATECHNANTES

Page 7: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

k*

1

Catching up•Effective interaction time larger•Stronger correlation

Moving away•Effective Interaction time smaller•Weaker correlation

“Double” ratio•Sensitive to the space-time asymmetry in the emission process

R.Lednicky, V. L.Lyuboshitz, B.Erazmus, D.Nouais,Phys.Lett. B373 (1996) 30.

C-

C+

C+C-

Kinematics selectionalong some directione.g. kOut, kSide, cos(v,k)

Heavier particlefaster

Lighter particlefaster

Nonidentical Particle Correlations

Page 8: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Proton-proton correlations in NA44 experiment at CERN, 1996

200 GeV/u

Page 9: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

1990 …Experiments at GANIL

E183 – C. Lebrun,E193 – B. Erazmus

E286 - JP

Page 10: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

1997Meetings at WUTon particle momentumcorrelations

Page 11: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Since 1991 …Participation in theSTAR experiment

at RHIC/BNL

Page 12: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Since 1998 …Participation in theALICE experiment

at LHC/CERN

Page 13: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Design, Implementation and Maintenance of ALICE Detector Construction Data-Base,

DCDB, W. Peryt

Page 14: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Since 2005 …Participation in the

NA49/NA61 experiments at the SPS/CERN

Page 15: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Meetings

Page 16: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT
Page 17: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT
Page 18: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT
Page 19: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT
Page 20: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT
Page 21: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

STAR Collaboration Meeting, july’2005

Page 22: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Dubna-Moscow, march, 2006

Page 23: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Dubna, march, 2006

Page 24: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

February 2007 , Meeting in Grybów

Page 25: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT
Page 26: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

2007, Kiev

Page 27: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Since 2000 – June/July workshops at SUBATECH/Nantes

Page 28: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

GDRE workshop in Nantes, July 2011

Page 29: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Heavy Ion PhD at WUT

Page 30: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

1. Michał Przewłocki (2002) Particle correlations in two-nucleon systems emitted in heavy ion collisions (Experiment E286 at GANIL)

Page 31: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

2. Adam Kisiel (2004)Studies of non-identical meson-meson correlations at low relative velocities in relativistic nuclear collisions registered in the STAR experiment

Page 32: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

3. Piotr Skowroński(2005) Space-time evolution of nuclear collisions to be seen by ALICE

experiment using particle correlationsEffect of hard processes on momentum correlatioionsIn Heavy Ion Collisions

ALICE performance in Correlation Analysis

Page 33: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

Piotr Skowronski, ALICE, Influence of hard processes on momentum correlations

Page 34: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

4. Agnieszka Staranowicz (2008) Analysis of nucleon and light nuclear fragments emission in the

Ar-Ni collisions at 77 MeV per nucleon

Page 35: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

5. Hanna Paulina Zbroszczyk (2008)Studies of Baryon-Baryon Correlations in Relativistic Nuclear Collisions Registered at the STAR Experiment

Page 36: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

6. Marcin Słodkowski (2009) Study of K* Resonances Production in Nuclear Collisions at the CERN SPS energies

Page 37: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

7. Marek Szuba (2009) Long range Correlations of Charged Particles in Nucleus-Nucleus Collisions at the CERN SPS

Page 38: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

8. Daniel Kikoła (2010)Hidden Charm Production in the Relativistic Heavy Ion Collisions Registered in the STAR Experiment

Page 39: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

9. Marcin Zawisza (2010)Study of Meson-Baryon Correlations in Relativistic Nuclear Collisions Registered by the STAR Detector

Page 40: WUT = Warsaw University of Technology Faculty of Physics Heavy Ion Physics as seen from WUT

9 staff members7 PhD students15 students

We are very happy to see you with us here!!!