Liquid crystal adaptive lenses;
Liquid Crystal Elastomers;
Tunable Liquid Crystal Based Filters and Spatial Light Modulators for microwave and THz;
Metamaterials including Temporal meta and hyperbolic meta;
Nanophotonics, plasmons in 2D materials (e.g. monolayer graphene, graphene ribbons, MoS2), Tamm plasmons;
Tunable and Reconfigurable Topological Photonics;
Biosensors and Physics of life;
Photorefractive effect in organic-inorganic hybrids;
Liquid crystals filled with core-shell metallic, ferroelectric or ferromagnetic nanoparticles;
Integration of Optical Control and Photonics with Microfluidics
DSc Dissertations
Alexei Kiselev Mie scattering and orientational structures in liquid crystal systems induced by surface elasticity and conformational transformations (2004)
Sergei Burylov Orientational, surface and electro- magneto-optical properties of anisotropic liquids
PhD Dissertations
Svitlana Subota Gaussian beam self-action in nematic liquid crystal (2005)
Viacheslav Kubytskyi Simulation of the diffraction of light on the liquid crystal anisotropic gratings (2009)
Svitlana Bielykh Theoretical modeling and optimization of liquid crystal lens (2010)
Andrii Kleshchonok Modeling of the structural instability of the nematic systems, filled with micro- and nanoparticles (2011)
Sergiy Shelestiuk Electro-optics of liquid crystals filled with ferroelectric nano-particles
Sergiy Kredentser Optical, magnetic and structural investigations of lyotropic suspensions with rod-like components (2017)