Research interests:Development of new nanomaterials with dimensional effects to control the properties of ferroelectrics, relating to the prospective class of inorganic materials characterized by significant differences in the magnitude of the order parameter near the surface of the sample and its volume by reducing its size. Go to nanostructures and synthesis of hybrid materials with dielectric heterogeneity in nanoregions is one of the effective ways to control the polarization and dielectric properties of ferroelectrics. In this regard, the task of developing ways to manage segenetoelektrkami properties due to size effects and the formation of organic-inorganic hybrids is relevant.
