The research group conducts interdisciplinary studies in the field of physics and nanomaterials engineering, focusing on thin films based on carbon nanostructures, such as graphene, carbon nanotubes and carbon nanohorns, as well as on their hybrid systems with organic and inorganic materials. An important area of the team’s activity is the controlled fabrication of structures — from single layers of nanomaterials to multilayer functional coatings — with designed morphology, density and functional properties. For this purpose, Langmuir techniques, layer transfer methods onto solid substrates and surface coating methods are used.

The conducted research includes self-organization processes at interfaces, percolation phenomena, charge transport, and relationships between the microstructure of materials and their electrical, optical, mechanical and sorption properties. An important area of the group’s activity is also the development of materials and measurement methods for modern sensors, transparent electronics, photoelectrochemical systems and energy storage. Both new active materials and dedicated experimental setups enabling precise characterization of their properties are developed. By combining fundamental research with an application-oriented approach, the team aims to create lightweight, transparent and high-performance functional materials for future sensing, energy and electronic technologies.

LOCATION: Piotrowo Campus: Building A21b,  Buildingk A1 BM (5th floor)