Two PhD positions are available at the Department of Physics, U Duisburg-Essen in the group of Prof. Dr. Rossitza Pentcheva in the area of first principles modelling of nanoscale oxides for electronics and energy conversion applications. The first PhD project will be associated with the Collaborative Research Center 1242 at UDE and comprises the modelling of laser-induced nonequilibrium phenomena in artificial heterostructures using real-time time-dependent density functional theory. The second PhD project is related to the Collaborative Research Center TRR247 and deals with chemical energy conversion at transition metal oxide surfaces, i.e. the modelling of oxidation reactions such as the oxygen evolution reaction. The research will involve intensive collaborations with experimental groups within the collaborative research programs CRC1242 and CRC/TRR247.

We invite applications from highly qualified and motivated individuals with Master of Science degree in physics, materials science or chemistry. Prior experience with density functional theory methods is desirable, experience with time-dependent DFT, many body techniques such as GW or DMFT and strong computer programming skills will be an advantage. Further requirements include good written and oral communication skills in English, ability to work independently and to cooperate with both theoretical and experimental partners.

The Faculty of Physics of the U Duisburg Essen has strong tradition in condensed matter theory and experiment, magnetism and surface science. The campus is located in a green residential area of Duisburg, North Rhine Westfalia, in proximity to further big cities, e.g. Düsseldorf, Essen and Cologne.

Please send your application (including a one-page cover letter addressing your research interests and motivation, curriculum vitae, copies of Master/BSc certificates and contact information of two references) to Prof. Dr. Rossitza Pentcheva ([email protected]). Evaluation of candidates will start immediately and continue until the positions are filled. Further information: https://www.uni-due.de/physik/pentcheva/