List of invited speakers (and tentative topics)

  • Understanding statistical hadronization and its limitations
    • Alexander Kalweit (Geneva): Particle Production and Connection to Phase Diagram
    • Markus Köhler (Heidelberg): Charmonium at the LHC with the Statistical Hadronization Model
    • Bedangadas Mohanty (Jatni): Phenomenological Chemical Freeze-out
    • Jan Steinheimer (Frankfurt): Effects of Statistical Particlization and Hadronic Rescattering on Fluctuations and Correlations

  • Hydrodynamics
    • Xin Dong (Berkeley): Charm Quark Hadronization
    • Long-Gang Pang (Berkeley): Deep learning and Hydro Simulations
    • Björn Schenke (Brookhaven): Collectivity and Final-state Effects in Small Systems
    • Michael Strickland (Kent): Anisotropic Hydrodynamics

  • How to do freeze-out from a hydro simulation
    • Hannah Elfner (Darmstadt/Frankfurt): Electromagnetic Probes from Late Hadronic Dynamics
    • Pasi Huovinen (Wroclaw): Better Fitting through Fictitious Chemistry?

  • Vorticity and polarization observables
    • Wojciech Florkowski (Cracow): Relativistic Hydrodynamics with Spin
    • Sergei Voloshin (Detroit): Vorticity and Polarization in Heavy Ion Collisions: Experimental Perspective

  • HBT radii and their interpretation
    • Adam Kisiel (Warsaw): HBT Radii and their Interpretation

  • Thermodynamic transition between Hadron Resonance Gas and Quark-Gluon Plasma
    • Volker Koch (Berkeley): Correlations, Fluctuations and the QCD Phase Diagram
    • Pok Man Lo (Wroclaw): Counting Hadron States in the S-Matrix Approach
    • Alice Ohlson (Heidelberg): Lambda Fluctuations with ALICE
    • Claudia Ratti (Houston): Hadronization and Freeze-out from Lattice QCD
    • Chihiro Sasaki (Wroclaw): Modeling Hot and Dense QCD in Effective Theories
    • Christian Schmidt (Bielefeld): Thermodynamics near the Crossover - a Lattice Perspective
    • Vladimir Skokov (Raleigh/Brookhaven): Anisotropies in Small Systems
    • Joachim Stroth (Frankfurt/Darmstadt): Role of dileptons and prospects for the HADES detector
    • Jochen Wambach (Trento/Darmstadt): Interpretation of dilepton data in view of the underlying processes

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