List of lecturers
- Jean-Paul Blaizot (Paris): Heavy quarks in a hot plasma
- Marcus Bleicher (Frankfurt): Simulations of heavy-ion collisions (part I, part II)
- Elena Bratkovskaya (Frankfurt): Observables of the deconfinement transition
- Michael Buballa (Darmstadt): Color superconducting quark matter
- Tobias Fischer (GSI): Core collapse supernovae in the QCD phase diagram
- Marek Gazdzicki (Frankfurt): Onset of deconfinement in nucleus-nucleus collisions (part I, part II)
- Toru Kojo (BNL): Quarkyonic phase
- Maria-Paola Lombardo (Rome): Phases of QCD and critical point from the lattice
- Sergey Popov (Moscow): Compact star constraints on dense matter (part I, part II)
- Jorgen Randrup (Berkeley): Instabilities at the phase transition (part I, exercise, part II)
- Gerd Roepke (Rostock): Clusters and liquid-gas transition in nuclear matter
- Bernd-Jochen Schaefer (Graz): Renormalization group for dense matter
- Giorgio Torrieri (Frankfurt): Fluid dynamics, viscosity and the perfect liquid in HIC (part I, part II)
- Andrey Turlapov (Nizhni Novgorod): Experiments with cold atomic gases (part I, part II, movie)
- Sergey Voloshin (Wyoming): Collective effects and flow in HIC
- Dmitry Voskresensky (GSI, Moscow): Kinetics and hydrodynamics of phase transitions in HIC
Student contributions
- Jakub Jankowski: The quest for quarkyonic matter
- Gustavo Contrera: Phase diagrams and critical end point determination in nonlocal PNJL models with wave function renormalization
- Rafal Lastowiecki: Constraints from compact star phenomenology on the equation of state of cold, dense matter
- Steven Mathey: Two different approaches to the problem of initial conditions in non-equilibrium statistical physics and application to the Unruh model
- Alexey Shishmarev: Equations of motion for a classical colored particle
- Oleg Kosmachev: Equations of motion for a classical colored particle
- David Alvarez: Low density symmetry energy and neutron star crust properties
- Villuvatath Sreekanth: Thermal photon in the QGP and non-ideality effects
- Tatyana Karetnikova: Analysis of linear amplification regime and self-excitation of homogeneous broadband helix TWT
- Ekaterina Latukhina: The dynamics of a "dissipative web map"
- Pascal Buescher: Fluctuations around the critical point in the PNJL model
- David Scheffler: Aspects of the PNJL model at imaginary chemical potential
- Leticia Palhares: Droplets in the cold and dense linear sigma model with quarks
- Giuseppe Colucci: R-mode and rocket term in superfluid neutron stars
- Carlos Pena: Quantum harmonic oscillator model for J/psi suppression
- Kenji Maeda: Large-N expansion for strongly coupled boson-fermion mixtures
- Daniel Zablocki: Two-particle correlations in color superconducting quark matter