Grant of Russian Science Foundation № 25-13-20039 "Development of the "IR Diagnostics" beamline at the Shared Research Facility "SKIF" and the advancement of advanced methods for materials research in the infrared and terahertz ranges using synchrotron radiation", 2025-2028.
Grant of Russian Science Foundation № 23-73-00042 "Development of fundamental and technical aspects of controlling the spin state of single-molecule magnets by influencing their spin system with resonant pulsed radiation in the microwave and terahertz ranges", 2023-2026.
Grant of Russian Science Foundation № 17-13-01412. Development of new methods for studying and manipulating the spin states of single-molecule magnets using far-IR range laser radiation. 2017-2021.
Grant of Russian Foundation For Basic Research (RFBR) № 17-33-80025. Development of approaches for controlling the spin state of the Cu(hfac)2LPr magnetoactive complex by monochromatic terahertz radiation (~ 30 THz) generated by a free electron laser.
Grant of the research council of the President of Russian Federation № МК-3597.2017.3. Investigation of the photoswitching of magnetoactive compounds Cu(hfac)2LR by monochromatic radiation of the mid-IR range using EPR and FTIR spectroscopy.
Grant of Russian Foundation For Basic Research (RFBR) № 16-33-50030 mol_nr. Investigation of high-spin cobalt(II) complexes with large zero field splitting by EPR spectroscopy and resonance excitation of magnetodipole transitions by FEL radiation
Grant of Russian Foundation For Basic Research (RFBR) № 15-33-50468 mol_nr.
Investigation of spin-phonon and electron-phonon interaction in the magnetoactive compounds by EPR spectroscopy and resonance pumping of phonon modes by FEL radiation.
Grant of Russian Foundation For Basic Research (RFBR) № 15-03-07640 а. FTIR and EPR investigation of metastable states of photoswitchable molecular magnets Cu(hfac)2LR using advanced laser systems of near-IR and visible ranges.
Grant of the research council of the President of Russian Federation № МК-3241.2014.3. Investigation of the photoswitchable molecular magnets Cu(hfac)2LR by EPR and FTIR spectroscopy with the application of the advanced laser systems.
