Grant of Russian Science Foundation № 20-12-00216 "Creation and study of optically active spin structures in silicon carbide and related semiconductors as a material platform for spintronics, nanoscale sensing, quantum information processing, and development of hybrid quantum systems"
Grant of Russian Science Foundation № 20-72-10068 "Structurally protected optically polarized electron spin states of color centers in two-dimensional van der Waals materials"
Grant of Russian Science Foundation № 19-72-00154 "Research of the spin properties of vacancy spin color centers with spin 3/2 in the SiC / AlN transition layer"
Grant of Russian Science Foundation № 16-42-01098 "Polytype and isotope engineering of silicon carbide for quantum microwave amplifiers"
Grant of Russian Science Foundation № 14-12-00859 "High Frequency Microwave-optical Spectroscopy of Condensed Matter and Development of a New Generation of High Frequency EPR-ODMR Spectrometers"
«The development of an innovative radio-spectroscopic instrument complex and its application for research and non-destructive testing of condensed materials, including nanostructured and biological objects»
Grant of Ministry of Education and Science of Russian Federation, contract № 14.604.21.0200 (26.09.2017) within the framework of the Federal Special-Purpose Program "Research and developments in priority directions of scientific-technological complex of Russia for 2014-2020”.
Russian "Megagrant" № 14.Z50.31.0021. Hybrid SpinOptronics (Leading researcher prof. Manfred Bayer)
«The development of quantum sensors based on silicon carbide and realization of the diagnostic instrument for a scanning magnetometry and thermometry applications»
Grant of Ministry of Education and Science of Russian Federation, contract № 14.604.21.0083 (30.06.2014) within the framework of the Federal Special-Purpose Program "Research and developments in priority directions of scientific-technological complex of Russia for 2014-2020”.
«Bioinformation technologies based on quantum probes in carbon-related nanoparticles»
Grant of Ministry of Education and Science of Russian Federation, contract # 8568 (13.09.2012) within the framework of the Federal Special-Purpose Program "Scientific and educational staff of innovative Russia for 2009-2013”.
«Quantum probes in carbon-related nanoparticles for biological technologies"
Grant of Ministry of Education and Science of Russian Federation, contract #8017 (12.07.2012) within the framework of the Federal Special-Purpose Program "Scientific and educational staff of innovative Russia for 2009-2013”.
«Development of scanning probe-optical magnetic resonance spectrometer for a study of nanostructures"
State Contract #16.513.12.3007 from 15.07.2011 г. within the framework of the Federal Special-Purpose Program "Research and developments in priority directions of scientific-technological complex of Russia for 2007-2013”.
“Material Science of carbon-related materials for single photon sources based on single defects, for optically-controlled spintronics, foe a new generation of magnetometers with nanometer-size spatial resolution, and for nontoxic biological markers”
State Contract # 14.740.11.0048 from 06.09.2010 within the framework of Federal Special-Purpose Program “Scientific and Educational Staff of Innovative Russia for 2009-2013”.
“Development of high-frequency (94-96 GHz) radio-spectroscopy techniques for optically detected magnetic resonance (ODMR) and electron paramagnetic resonance (EPR) and elaboration of instrumentation for a study and diagnostics of nanostructures”
State Contract #02.513.12.3031 from 02.09.2007 г. within the framework of the Federal Special-Purpose Program "Research and development in priority directions of scientific-technological complex of Russia for 2007-2013”.
“Microwave-optical spectroscopy of low-dimensional semiconductor structures”
State Contract of Ministry of Education and Science
“Spin-dependent effects in solids and spintronics”
Program of Physical Science Department of Russian Academy of Sciences
“Development of diagnostics techniques for characterization of nanostructures at single quantum object level, i.e. single molecules, single defects, single spins, quantum dots”
Program of basic research of Presidium of Russian Academy of Sciences #24
“Basic grounds of nanostructure and nanomaterial technology”
“Development of EPR/ODMR techniques for a study and characterization of nanostructures and biological systems and elaboration of a prototype of high-frequency EPR/ODMR spectrometer operating both in continuous wave and pulsed regimes”
Program of Russian Academy of Sciences “Support of innovations and developments”
“Radiospectroscopy of semiconductor nanostructures, based on A2B6, A3B5, A1B7 and A4B4 compounds
Program of Presidium of Russian Academy of Sciences “Effect of atomic-molecular and electronic structure on properties of condensed matter”
“Microwave-optical spectroscopy of semiconductor nanostructures”
Program of Presidium of Saint Petersburg Scientific Centre of Russian Academy of Sciences
"Microwave-free scanning quantum magnetometer based on SiC platform”
"Synthesis of promising laser and scintillation material and their study by microwave and optical spectroscopy”
"Spin resonance: EPR-NMR with optical detection”
"Study of bulk aluminum nitride single crystals doped with Be and Li acceptors, using high-temperature diffusion by means of optical and microwave spectroscopy”
"The development of micro- and nanoscale quantum sensors and emitters based on the optical radiospectroscopy of wide-band gap materials”
"Synthesis of crystals promising for scintillation detectors of quantum electronics and their study by the microwave and optical spectroscopy methods”
"Spin coherence of silicon vacancy qubits in SiC”
"Magnetic resonance on single quantum objects”
“Wide band semiconductors SiC, GaN, AlN: growth, doping, microwave-optical characterization”
“Spin correlations in coupled system of localized carriers and magnetic ions in nanostructures based on diluted magnetic semiconductors”
“Study of spin-dependent interactions of carriers with localized magnetic moments in nanostructures based on diluted magnetic semiconductors”
Development of radiospectroscopy of defects in semiconductors and semiconductor nanostructures, including magnetic resonance on single defects and quantum dots”
“Investigation of resonance spin phenomena in semiconductor nanostructures: superlattices, single quantum dots and quantum dot ensembles, single defects
“Combined radiospectroscopic, optical and electrical studies of wide-band gap semiconductors SiC and GaN for optimization of growth and doping conditions”
“Development of material and technical basis for research in the Ioffe Institute”
“Quantum magnetic field sensors based on nanostructures for the study of living biological objects”
Grant of the President of Russian Federation for a Support of Young Russian Scientists and PhD students
“Study of Scintillators for Medical Introscopy”
Cooperation agreement with Philips Company
“Development of magnetometry techniques for magnetic field measurements with nanometer size spatial resolution” based on single defect and their ensembles”
Grant of the President of Russian Federation for a Support of Young Russian Scientists
Having Candidates (PhD) and Doctors (habilitation) Scientific Degrees.
“Development of supersensitive sensors of quantum magnetometers for investigations of biomaterials based on vacancy-related centers in SiC and their complexes”
Research Grant of President of Russian Federation