Session 1: Experiments
Chair:          Carmen Sanchez Valle

• Prof. Leonid Dubrovinsky, Bayreuth University
  Structureal studies above 100 Gpa: surprises and challenges
• Prof. Hauke Marquardt, University of Oxford
  Experiments on planetary materials in dynamically-driven diamond anvil cells
• Prof. Stewart McWilliams, University of Edinburgh
  Beeing there: What to do with TeraPascal pressure experiments

Session 2: Ionized Matter
Chair:          Thomas Tschentscher

• Prof. Dominik Kraus, University of Rostock
  Studying Ionization in Dense Plasmas
• Ulf Zastrau, European XFEL, Schenefeld
  Time-resolved XUV and X-ray methods at high-intensity laser facilities
• Prof. June Wicks,  Johns Hopkins University, Baltimore
  Shock experiments on and off the Hugoniot
• Dr. Nick Hartley, SLAC National Accelerator Laboratory, Menlo Park
  High-pressure hydrocarbon chemistry relevant to planetary interiors

Session 3: Exoplanets
Chair:          Gerd Steinle-Neumann

• Prof. Ansgar Reiners, University of Göttingen
  A guided tour through observations of planets outside the solar system
• Szilard Csizmadia, DLR, Berlin
  Constraining the interiors of exoplanets by measuring the Love number k_2f
• Nadine Nettelmann, DLR Berlin
  Constraining the interior of fluid planets by using Love number measurements

Session 4: Ab-initio  materials in the TPa regime
Chair:          Ronald Redmer

• Prof. Taku Tsuchiya, Ehime University
  Physical properties of Minerals in the Ultrahigh-ressure Planetary Interior Conditions from Ab Initio Computations
• Dr. Martin French, University Rostock
  Ab-initio simulations for physical properties of molecular HCNO mixtures
• Dr. Gerd Steinle-Neumann, Bayerisches Geoinstitut
  Phase transitions in silicates at the conditions of super-Earth interiors