Workshop on Compressed Baryonic Matter

Discussion on new theoretical concepts for high baryon density physics

1. Lattice at finite baryon density

2. Phase diagram: order of the transition, critical point, exotic phases

3. Spectral functions
4. Transport coefficients

5. Determination of parameters for effective theories

6. Effective degrees of freedom in many-body systems

7. Particle properties, spectral functions

8. Chiral symmetry in matter
9. Transport coefficients / collision terms / in-medium cross sections
10. Are quasiparticles (effective degrees of freedom) useful concepts in Hadron gas and Plasma

11. Derivation of effective theories

12. Non-equilibrium dynamics

13. Quantum transport: many-body collisions, off shell propagation, what are the physically relevant quantities?

14. Non-ideal hydrodynamics: viscous hydro, multifluid hydro, connection vhydro-transport

15. EOS and phasetransitions in transport

16. Observables

17. What do we need from experiment to pin down the effective models?

18. Observables for charm in matter
19. How do we recognize a phase transition ?
20. How can we find the critical point?
21. Fluctuations
22. Precursor phenomena of color superconductivity or other new phases?