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Fall 2002 Semester |
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| Tuesday, 1 October 2002 |
Recent Advances in Dyson-Schwinger Studies
Michael Pichowsky Kent State University 110 Smith Hall at 2:30 pm. |
| Tuesday, 29 October 2002 |
A QCD Based Quark Description of pi-pi Scattering.
Pieter Maris North Carolina State University 110 Smith Hall at 2:30 pm. |
| Thursday, 7 November 2002 |
The Pion and the Nucleon, and QCD.
Craig Roberts Argonne National Laboratory 110 Smith Hall at 2:30 pm. Note the special date! |
| Tuesday, 12 November 2002 |
Saturation of Elliptic Flow and the HBT Puzzle at
RHIC Results from the MPC Parton Cascade Denes Molnar Ohio State University 110 Smith Hall at 2:30 pm. |
| Tuesday, 19 November 2002 |
A Semi-Classical Approach to Nuclear Collisions
Raju Venugopalan Brookhaven National Laboratory 110 Smith Hall at 2:30 pm. |
| Tuesday, 3 December 2002 |
The Electric Form Factor of the Neutron at High Momentum Transfers
Bodo Reitz Thomas Jefferson National Accelerator Facility 110 Smith Hall at 2:30 pm. Abstract |
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Spring 2003 Semester |
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| Monday, 17 February 2003 |
A Simple Model for Valence Parton Distributions
J. Timothy Londergan Indiana University 110 Smith Hall at 4:00 pm. |
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Thursday, 27 February 2003
Joint Colloqium/CNR Seminar |
Strongly Interacting Finite Fermion Systems
James Vary Iowa State University 110 Smith Hall at 4:00 pm. |
| Tuesday, 18 March 2003 |
Probing the Deconfined Phase with an Order Parameter Experimentally
Accessible to RHIC
Apostolos Panagiotou University of Athens 110 Smith Hall at 3:00 pm. |
| Tuesday, 29 April 2003 |
Multiparton Tomography of Hot and Cold Nuclear Matter
Ivan Vitev Iowa State University 110 Smith Hall at 4:00 pm. |
| Friday, 2 May 2003 |
The Balance Function in STAR
Gary Westfall Michigan State University 110 Smith Hall at 4:00 pm. |
Go to the
Center for Nuclear Research
homepage.
See Department of Physics
colloquium
schedule, or
our previous semester's CNR
seminar schedule.
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For further information about CNR seminars contact Xiaofei Zhang or Michael Pichowsky. |
Driving directions to Kent State Physics Dept. |