Multiphase flow in porous media is important in many branches of science and engineering. In particular, predictions of flow through geological formations are crucial in many environmental and energy-related applications, such as water resources management and protection, nuclear waste disposal, or CO2 sequestration.

The purpose of this research project is to improve the understanding of the physical processes that take place at the pore scale and to ameliorate the reliability of conceptual and numerical models that describe the flow at larger scales. The project will include theoretical, numerical and experimental activities. In this context, the PhD candidate will focus on the investigation of pore-scale processes, which will include numerical simulations, conceptual modeling and scaling. He will address the question of the validity of the continuum description of porous media, and will search for alternative models.

The ideal candidate holds a master degree (or equivalent) in physics. We encourage applications from candidates with background in statistical physics, fluid dynamics, or thermodynamics. We offer internationally competitive conditions; optimal computational and experimental facilities; the possibility of interacting with several research groups in Switzerland and abroad; and a working place scenically located on the shores of Lake Geneva, a region of outstanding natural beauty offering vibrant cosmopolitan atmosphere and high quality of life.

To apply, please send your complete CV, the addresses of at least two potential referees, and, possibly, a copy of a previous research work to Prof. Ivan Lunati, Institute of Geophysics, University of Lausanne, CH-1015 Lausanne, Switzerland, E-Mail: ivan.lunati@unil.ch Start as soon as possible or upon mutual agreement. Evaluation will start immediately and continue till the position is filled.