Using a combination of modern plasma physics, electrodynamics and quantum optics concepts we study

• Dynamical processes and structure formation in space plasma, in particular those associated with the ionospheric Stimulated Electromagnetic Emission (SEE) phenomenon discovered by us
• Turbulence and turbulent layers in space and the upper atmosphere
• Identification of anthropogenic turbulence effects in the ionosphere due to electromagnetic radiation
• Generic electromagnetic wave-based physics in space, including modelling of space dynamics based on fundamental physical laws
• Development of new techniques and facilities for advanced radiometric studies of geospace such as the giant LOFAR/LOIS software radio observatory