Creation of new peroxide systems and modern technologies for their concentration, stabilization, storage and delivery. Equilibrium in aqueous peroxide solutions. Synthesis, structure and properties of coordination peroxo compounds. Peroxide-containing crystals and gels. Supramolecular structures with hydrogen peroxide. Nanoscale peroxides and peroxide-containing nanomaterials. Development of methods for obtaining functional materials from peroxide-containing precursors.

Directions of the laboratory's work: 1) Improvement of spent nuclear fuel (SNF) reprocessing processes using oxidation and nitriding operations 2) Creation of new approaches to the processing of waste containing plastic, ion exchange resins, cellulose, toxic organic compounds 3) Development of processes for the localization of radioactive iodine 4) Research in the field of inorganic chemistry of actinides

We are engaged in the development of organic semiconductor and light-emitting materials for organic electronics - OLED, photovoltaics and neuromorphic transistors. From quantum chemical modeling and synthesis to device prototyping.