2nd Frontiers in Computational Physics: Energy Sciences, Zurich, Schweiz

Computational science complements the classical paradigm of theory and experimental observation, and can lead in areas where neither is available&#046; Computational models play an essential role in diagnosis and prognosis of all elements in Energy Sciences, from fusion and nuclear energy through green energy, alternative energy applications, to subsurface modeling&#046; The interaction of computational models with experiments through uncertainty quantification techniques is envisioned as guide future research questions in the field&#046; This four&#8211;day conference on Frontiers in Computational Physics will provide a forum for exchanging and sharing experiences and knowledge on advanced computational techniques, methods, and models for simulation energy systems&#046;<br>TOPICS LIST:<br>Combustion<br>Nuclear Energy<br>Renewable Energy (solar, wind and wave energy)<br>Energy and Information Technology (HPC, computer cooling, batteries)<br>Energy Conversion, Storage and Exploration (geothermal, oil exploration, turbines)<br>