Head of the nanophotonics sector.

PhD in Physics and Mathematics (1997). Grand Doctor in Physics and Mathematics (2009). Professor (2013). Professor in the department of Quantum Electronics MSU Faculty of Physics (2011‒present time.).

Vice-rector and head of Science Policy Department (2014–present time.).

Ph.D. thesis: "DC-electric-field-induced second-harmonic generation in semiconductor structures and thin films". Grand Doctor of Science thesis: "Second- and third harmonic generation spectroscopy of silicon nanostructures, photonic crystals, and microcavities"

Area of research activities: ultrafast plasmonics and magnetoplasmonics; static and ultrafast optics of metamaterials; femtosecond magnetophotonics; magnetophotonics; ultra-fast processes 

PhD thesis: "Steady-state and femtosecond magneto-optics of magnetoplasmonic gratings, magnetophotonic crystals and metasurfaces", 2018

Area of research activities: magnetophotonics in nanostructures and photonic crystals; ultrafast dynamics of the optical response of nanostructures; near-field optical studies of nanostructures and metamaterials

Physicist in the department of Quantum Electronics MSU Faculty of Physics since 2014.

Honors/Awards:

Area of research activities: Nanophotonics of surface states in photonic crystals; nanoplasmonics in nanostructures; Tamm plasmon-polaritons in photonic crystals; optical Tamm states in cholesteric liquid crystals.

Honors/Awards:

• Leader of an UMNIK innovative research project (2015)

• Diploma of the third degree for the victory in the Samara competition-conference on optics and laser physics (2014)

Area of research activities: nanoplasmonics; magnetoplasmonics; ultrafast magnetoplasmonics.

Scientific practice: Visiting scholar at Institute for Nanoscale Physics and Chemistry (INPAC), University of Leuven (November 29, 2015 - March 8, 2016; April 20 - May 19, 2017).

Area of research activities: Optical tweezers and photonic force microscopy

Teaching activity: Mechanics

Area of research interests: laser lithography of nanostructures; physics of semiconductors; nanophotonics; systems of reduced dimension; metamaterials.

PhD in physics and mathematics since 2013. Thesis - “Influence of adsorption of molecules on the electrophysical and magnetic properties of nanocomposites based on porous silicon”.

Area of research interests: nanoplasmonics of nanostructures and metamaterials; ultrafast dynamics of the optical response of nanostructures and metamaterials.

Scientific practice: Samsung Advanced Institute of Technology (summer 2013)

Awards and scholarships:

• V. Potanin fund grant (2009, 2011, 2012)
• "Lift to the future" fund grant (2012)
• R. V. Khokhlov grant (2011, 2012)
• Leader of an UMNIK innovative research project (2012, 2013)
• President Mobility grant for study abroad (2014-2015)

Area of research interests: static and ultrafast optics of metamaterials