Research directions

Specialty Chemistry

  • Directed synthesis and the study of coordination compounds with various useful properties
  • The study of activating small molecules in the processes of coordination for the mono- and poly-nuclear coordination compounds
  • Development of new absorbent materials, the study of physical and chemical properties and their study
  • Designing and researching new materials for the adsorptive or anodic accumulation of metals and developing voltammetric methods for analysis of the traces of harmful species 
  • Development of new methods and technological procedures for obtaining potable groundwater and surface water, waste water treatment, recovery of bi-products from the farm produce processors.
  • Directed synthesis and the study of diterpenoids and their derivatives
  • Development of scientific bases for obtaining new heteroatom organic compounds with anti-mycobacterial activity
  • Synthesis and study of complex combinations of transition elements with amino acids and with products of their condensation
  • Developing stimulators with properties designed for microbial technologies for obtaining enzymatic substances
  • Obtaining compounds with useful practical properties from available diterpenoids isolated from natural local sources
  • Synthesis and physics and chemical study of some b-dicarbonyl compounds with potential cardio-vascular activity, etc.
  • Developing methods for determining the content of toxic metals in food
  • Nanoparticles of transition metal oxides for use in microelectronics, photovoltaic cells, in medicine.
  • Designing, synthesis and study of combinations of nanosized complexes of elements of type d- and f- with heteroaromatic carboxylic, ferrocenecarboxylic acids and with O,N,N – O,N,S, polyfunctional hydrazones

Physics specialty

  • Solar cells on the basis of structures of metal-semiconductor type
  • Methods for characterizing the photovoltaic devices
  • Magnetic semiconductor materials: technology of obtaining and physical properties
  • Obtaining and study of optical properties of luminescent semiconductor materials
  • Nanocomposites doped with rare earths
  • New optical recording medium
  • Effects of quantum optics and applying them into the processing of information
  • Quantum states of light and anti-grouping of photons in the generated field.
  • Operative effects of interaction of radiators with matter (atoms, molecules, states localized in solid)
  • Surface electro-physical-chemical processes at a micro-nanometric scale
  • Modification of metal surfaces upon action of electro-physical-chemical methods for processing 
  • Nanosized materials on molecular basis: electronic structure, vibronic interactions and exchanges in monomolecular magnets, spin crossover and photo magnetic systems
  • Research on the wave processes in inhomogeneous power lines
  • Modeling of electric and magnetic fields of power lines with many high voltage conductors
  • Physics and methodology of materials
  • nanotechnologies, nonmaterial and nanodevices.