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Download here the program of the Workshop: Program
It is about 10 years that the first ideas on large N field theories, string theory and gravity have been published. In the mean time the gauge gravity connection has become an important tool to describe QCD. Starting from the vacuum properties of QCD we discuss how the extreme high temperature phase of QCD emerges from the gravity theory via the formation of a black hole geometry. In detail we will discuss:
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| Elias Kiritsis | Holographic models for QCD |
| Keijo Kajantie | Finite temperature QCD in equilibrium: lattice Monte Carlo, perturbation theory and AdS/QCD |
| Marco Panero | Strings and numeric strings |
| Eugenio Megias | Heavy qq Free Energy and Thermodynamics in AdS/QCD |
| Johanna Erdmenger | Quarks and flavour degrees of freedom in AdS/CFT from string theory |
| Dominik Nickel | Synchrotron radiation in strongly coupled conformal field theories |
| Konrad Schade | Meson and Baryon Screening in Hot Moving Plasmas |
| Michael Thies | Old and new lessons from the Gross-Neveu model |
| Jan Zaanen | AdS/CFT and the Fermions of condensed matter |
| Andrew O'Bannon | Holographic flavor transport |
| Janne Alanen | Thermodynamics of IRFP* and Technicolor theories from gauge/string duality |
| Hilmar Forkel | Hadrons as Holograms |
| Patrick Kerner | Holographic p-wave Superfluids |
| Dmitri Antonov | Soft contributions to the shear and bulk viscosities |
| Hans-Juergen Pirner | Summary of the Workshop |
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