Quantum optics: Distribution of quantum light through the turbulent atmosphere, photodetection theory, cavity quantum electrodynamics, nonclassical properties of quantum light.
Foundations of quantum physics: Bell nonlocality, quantum measurement theory, localization of photons and particles.
Dirac materials (graphene, silicene, etc.), their electrical, thermoelectrical, optical properties, in particular in an applied magnetic field.
The field of research is biophysics of macromolecules. The main results are related to the study of physical mechanisms of complex formation of active molecules and metal ions with the DNA and proteins. The phylosophy of research is to breadge the results of computational modeling with the experimental studies using the models of theoretical physics.
The group investigates nonlinear wave phenomena in condensed matter systems such as Josephson junctions and magnets.