- Spectro-structural correlations and relaxation mechanisms of excited electronic states in self-organized multicomponent organic nanocomplexes based on tetrapyrrole compounds (chemical dimers, triads, pentads, octads, ordered polymer aggregates of photosynthetic pigments) in solutions, polymer films and on heterogeneous carriers (detergent micelles, liposomes, protein macromolecules). Search and optimization of nano-structures promising in biomedicine and photoelectronics
- Principles of formation, morphology, exciton-phonon interactions and relaxation mechanisms of exciton excitation in heterogeneous nanoansembles based on semiconductor quantum dots (CdSe, CdSe/ZnS, AIS/ZnS) and functional organic compounds of various nature (spectroscopy of solutions and single nanoobjects). Development of organo-inorganic nanoassemblies for possible applications in new functional materials for solar cells, biomedicine, nanosensory
- Formation of hybrid nanocomposite materials based on porphyrin nanotubes and plasmonic silver nanoparticles in solutions and on heterogeneous substrates of various nature; study of structure, composition and conformational dynamics, as well as ways and mechanisms of photoinduced relaxation processes with variations in nature solvent, properties of heterogeneous substrates and temperature. Search and optimization of nanocomposite materials with pronounced plasmon effects for the possible development of nanoelectronics and nanophotonics elements
Scientific school "Organic and inorganic nanoassembles: structure, properties, relaxation processes, applications"
Head of the scientific school
Eduard I. Zenkevich - Doctor of Physics and Mathematics, Professor
Establishment's year
1980
Eduard I. Zenkevich - Doctor of Physics and Mathematics, Professor
Establishment's year
1980
The main directions of research