Main research interests:
Many-Body physics from first principles: correlation effects in semiconductors and nanostructures. Nonequilibrum physics and ultrafast phenomena: carrier dynamics, exciton dynamics, coherent dynamics, quantum kinetics, magnetization dynamics, transient spectroscopy. Emergent physics in condensed matter. Berry-Phase, Kerr effect and Anomalous Hall effects in 3D materials; Kerr effect and valley physics in 2D materials; Gauge invariance out of equilibrium, Aharonov Bohm effect and excitonic insulator phase in 1D carbon nanotubes. Development and exploitation of advanced first principles computational methods beyond density functional theory, mostly many-body perturbation theory, to study electronic and optical spectroscopies. Scientific software development and high-performance computing.