Fundamental research
- Computational modeling of graphenes using quantum chemistry methods
- Vibrational spectroscopy of inorganic oxides and oxyanions
- Relationship between crystalline polymorphism of inorganic compounds and their vibration spectra
- Homo- and heteropolynuclear coordination compounds
- Oxidic systems obtained through decomposition of coordination compounds
- Computational chemistry study of glycoderivatives’ mass spectra
Applied research and technological development
- Thin layers for photocatalysis and photovoltaic cells
- Photocatalysts based on double (cadmium/zinc) sulfides and silver nanowires
- Composite materials based on graphene/ternary chalcogenides (CuInS2/CuGaS2)
- Optical materials (Y2O3:Er, MgAl2O4:Er, SrAl2O4:Er, Y3Ga5O12:Er, CuYO2) with luminescent properties for various applications, including luminescent solar concentrators
- Transparent conducting oxides (CuYO2)
- Electrochemical applications of porphyrins (electrocatalysis, sensors, anticorrosion protection)
- Apatites for materials with biomedical applications
- Composite materials based on cenospheres
- Biocatalysis
- Modified monosaccharides for biomedical applications (surfactants)
- Polysaccharides extracted from mushrooms for applications in dermatocosmetology
- Environmental quality monitoring, eco-friendly constructions, electric boats
Training of specialists
- Specialization programs for students and researchers with applications on the instruments available in LERF and with focus on the laboratory’s research directions