Scientific Interest: Solid State Research Theory of electronic properties in real solids, treatment of electron excitations and correlations; structural, magnetic and chemical properties of bulk solids, solids with imperfections, interfaces, surfaces and nanostructures of a type relevant to basic and applied science in the field of nanoelectronics; theory of spintronics, magnetoelectronics, molecular electronics and nanoferronics; physics of low-dimensional materials; magnetism at the spatial limit, complex magnetism, molecular magnetism; theory of STM and AFM; microscopic understanding of growth processes; computational condensed matter, high-performance computing, large-scale ab initio, i.e. based on density functional theory or many body perturbation theory (GW, T), quantum mechanical computer calculations, multiscale modeling, development of numerical and computational methods, development of electronic structure methods; FLAPW, SPEX, KKRnano development.