• A.S. Sorin (JINR): Welcome Address and Presentation of JINR
• D. Blaschke (Wroclaw Univ. & JINR): Welcome and Presentation of
  Helmholtz Summer Schools
• A. Shipilov (Moscow office of the Helmholtz Association):
  Helmholtz Association and Activities in Russia
Lectures
• Joerg Aichelin (SUBATECH, Nantes,France): Modeling the hadronization processes in HIC
  .pdf
• Elena Bratkovskaya (FIAS and University Frankfurt, Germany): Microscopic dynamical models for heavy ion collisions
  Lectures 1 and 2.pdf
• Larissa Bravina (University of Oslo, Sweden): Monte Carlo Quark Gluon String Model- predictions for continuos freeze-out, directed and elliptic flow comparison with hydro and UrQMD
  Lectures 1 and 2.pdf
• Paolo Castorina (Univ. Catania, Italy): Hadron production as Hawking-Unruh effect
  Lecture 1.pdf ... Lecture 2.pdf
  Freeze-out and Statistical Model in High Energy Collisions
  Lecture 3.pdf
• Jean Cleymans (University of Cape Town, South Africa): Thermal Models in High Energy Physics
  Lecture 1.pdf ... Lecture 2.pdf
• Matthias Hempel (Uni Basel, Switzerland): Cluster and phase transition in supernova EoS
  Lecture 1.pdf ... Lecture 2.pdf
  Exercises ... Solutions
  Related papers: arXiv:1311.4662[nucl-th] ... arXiv:1110.3345[nucl-ex] ... arXiv:0909.2324[nucl-th]
• Olaf Kaczmarek (Uni Bielefeld, Germany): Lattice QCD simulations of correlations and deconfinement
  Lecture 1.pdf ...Lecture 2.pdf ...Lecture 3.pdf
• Burkhard Kaempfer (HZDR Rossendorf, Germany): Particle production in high-intensity lasers
Lecture 1 and 2 .pdf
• Matthias Kaminski (Alabama University, USA): Holographic models for QCD at high densities
  Lecture 1.pdf ... Exercises 1.pdf
  Lecture 2.pdf ... Exercises 2.pdf
• Evgeny Kolomeitsev (Banska Bystrica, Slovakia): Neutrino processes in dense matter
  Lecture 1.pdf ... Lecture 2.pdf
  Related paper: EPJ Web Conf. 7 (2010) 03003
• Akira Ohnishi (Yukawa Institute, Kyoto, Japan): Approaches to QCD phase diagram; effective models, strong coupling lattice QCD, and compact stars
  Lecture 1.pdf ... Exercises 1.pdf
  Lecture 2.pdf
• Jшrgen Randrup (Berkeley, USA): Spinodal instabilites at the deconfinement phase transition
  Lecture 1.pdf ... Lecture 2.pdf ...Lecture 3.pdf
• Cheuk-Yin Wong (Oak Ridge National Lab.):Exact solutions of the Landau 1+1 dimensional hydrodynamics
  Lecture 1.pdf ... Lecture 2.pdf ...

• Evgeni Anikin (ITEP, Moscow): EMT correlators at positive gradientflow time: a way to calculate viscosity? .pdf
• Bipul Beirathi (ISER, Bhubaneswar): Azimuthal Anisotropy of Phi-meson in U+U and Au+Au collisions at RHIC .pdf
• Bengt Henrik Brusheim Johansson(Department of Physics University of Oslo): Generation of Higher Flow Harmonics in Pb+Pb collisions at LHC in HYDJET++ .pdf
• Sandeep Chatterjee (Variable Energy Cyclotron Centre, Kolkata): Flavor hierarchy in freezeout .pdf
• Zuzana Feckova (P. J. Safarik Univeristy, Kosice): Hydrodynamic modelling of QGP expansion using an exact solution of Riemann problem .pdf
• Gregory Jackson (University of Cape Town): Flow Viscosity with a Running Coupling .pdf
• Jakub Jankowski (Jagiellonian University, Krakow) : Optical conductivity and string theory .pdf
• Alessia Palmese (Institute of Theoretical Physics, JLU Giessen): Directed flow in heavy-ion collisions from PHSD transport approach .pdf *WINNER of Young Talents session!
• Petr Parfenov (National Research Nuclear University MEPhI): Estimation of correlators within the framework of chiral magnetic effect model in nucleus-nucleus collisions .pdf

The speakers in the parallel sessions get the stage for maximally 20 minutes including the discussion time. A presentation is supposed to last no longer than 15 minutes and be interesting and controversial enough to provoke questions and discussion for the remaining 5 minutes.