Our main research directions include:

We investigate the nonlinear response of matter irradiated by the pulses of electromagnetic waves in various ranges of the wavelength from IR to X-ray.

We investigate the quantum states of light, their generation and manipulation in various setups: four-wave mixing, metasurfaces, high harmonics, etc.

We investigate the nonlinear and quantum features of subwavelength-controlled  metamaterials and metasurfaces interacting with light.

We investigate the ultrafast processes in molecules and solid state systems e.g. nonadiabatic dynamics, conical intersections probed by the complex light fields.

We investigate the light fields strongly interacting with  the matter in high harmonic regime developing novel spectroscopic tools to probe attosecond electron motion.

We investigate the connection between the  quantum thermodynamics and the light-matter interactions in the vicinity of fundamental limits.