Description:  This workshop will address the collective and global properties of hadronic and heavy ion collisions (p+p, d+Au, Au+Au) as well as particle production in other systems (e+e-, DIS)

The goal of the workshop is to examine mechanisms of entropy production, thermalization, collective evolution and hadron freeze-out and their connection to particle multiplicities, spectra and correlations.

The hope is to provide connections between these issues, making steps towards a coherent picture both experimentally and theoretically of the global dynamics of hadronic and nuclear collisions.

Agenda: 

Morning Session: 9:00am-12:45pm  
09:00-09:40 Structure and fine structure seen in ee, pp, pA, and AA multiparticle production W. Busza
09:40-10:15 Bulk Dynamics: Some Key Issues L. McLerran
10:15-10:50 The HBT excitation function in relativistic heavy ion collisions M. Lisa
     
10:50-11:10 Break  
     
11:10-11:45 Parton Coalescece and Flow at RHIC D. Molnar
11:45-12:20 Elliptic flow from SPS to RHIC R. Snellings
12:20-12:55 Viscosity, Heavy Quarks, and Heavy Ion Collisions D. Teaney
     
13:00-14:30 Lunch  
     
Afternoon Session: 2:30pm-5:45pm  
14:30-15:05 Global Description of Heavy Ion Collisions T. Renk
15:05-15:40 Statistical models in high energy collisions F. Becattini
     
15:40-16:00 Break  
     
16:00-16:35 Strangeness and Deconfinement in Nucleus-Nucleus Collisions M. Gazdzicki
16:35-17:10 Correlations, Fluctuations, and Thermalization T. Trainor
17:10-17:50 Entropy and Viscosity in Strongly Coupled Supersymmetric Yang-Mills Theories via AdS/CFT I. Klebanov
Wednesday Bulk Dynamics in Heavy Ion Collisions: Summary P. Steinberg