- Innovative Thin Films of Rare-Earth Metal Oxyhydrides: Unlocking New Applications
- Light activated 4D printed materials for vascular tissue engineering
- Prediction of long-term stability of functional materials under extreme radiation conditions
- Development of new advanced phosphors for lighting and non-contact optical thermometry
- Unlocking the secrets of multicomponent alloys and related compounds using X-Ray absorption spectroscopy and atomistic simulations
- The entropy-driven approach to enhance the thermoelectric performance of chalcogenide-based compounds
- Advancing Sustainable Thermoelectric Hybrid Systems Utilizing Glass-Forming Low Molecular Weight Compounds
- Development of carbonic anhydrase IX test biosensor for cancer screening
- Novel metal hydride-based thin films for electronic and energy technologies
- Non-contact nanothermometry based on X-Ray absorbtion spectra
- Non-destructive investigations of interfaces of multilayer organic materials for high-performance OLED development
- Raising critical temperature in MgB2-based superconductive nanowire systems via internal strain engineering
- Development of ternary organic solar cells by employing original indacene-tetraone based non-fullerene acceptors
- Defect engineering of novel UV-C persistent phosphor materials
- Advanced atomistic studies on Ruddlesden-Popper phases for protonic ceramic electrolysis cells
- Novel persistent luminescent material – red light emitter
- Research of extracellular vesicle content from gut microbiome and its’ role in cancer development by applying gut on chip system
- Cycle life prediction of lithium-ion battery electrodes and cells, utilizing current-voltage response measurements
- Development of time and polarization resolved kerr spectroscopy
- Computational study of new advanced perovskites for energy applications
- Core-shell nanowire heterostructures of Charge Density Wave materials for optoelectronic applications
- Advanced polymer – ionic liquid composites for sodium-ion polymer batteries
- Electrocaloric Effect at high fields – potential of lead-free ferroelectrics for practical application
- Epitaxial Ga2O3 thin films as ultrawide bandgap topological transparent electrodes for ultraviolet optoelectronics
- Thin films of rare-earth oxy-hydrides for photochromic applications
- Up-conversion luminescence photolithography in organic compounds using nanoparticles/photoresist composition
- Microfluidic field flow fractionation for high throughput extra-cellular vesicle separation
- Development of X-ray sensitive hybrid organic-inorganic systems
- X-ray Absorption studies of metal hydrides under extreme pressure (XA-EXTREM)
- Structural Modification of Carbene-Metal-Amide Complexes Towards Acquisition of Thermally Activated Delayed Fluorescence Blue Light OLED Emitters
- Surface plasmon resonance enhanced light amplification and modulation in organic thin films
- Theoretical prediction of hybrid nanostructured photocatalytic materials for efficient water splitting
- Optical properties of advanced silicon dioxide-based materials for ultraviolet and high-power photonics
- Radiation damage studies in scintillator materials for high-energy physics and medical applications
- Theoretical prediction of new materials for intermediate temperature ceramic fuel cells
- Nanostructured Nitrogenated Carbon Materials as Promoters in Energy Harvesting and Storage Technologies NN-CARMA
- Research of luminescence mechanisms and dosimeter properties in prospective nitrides and oxides using TL and OSL methods
- Novel transparent nanocomposite oxyfluoride materials for optical applications
- Ab initio calculations of ABO3 perovskite surfaces and defects
- Spectroscopic studies of advanced dielectrics and wide-gap semiconductors with different local disorder
- Dynamic Self-Assembling at nano scale
- Local structure determination in functional materials from x-ray absorption spectra
- XAFS studies of local structure of functional materials with femtometer accuracy
- Nuclear structure fundamental studies and nuclear physics practical applications
- Nanostructured materials for environmentally friendly technologies and energetics
- Struktūra nanooksīdu savienojumos un pašorganizācija stohastiskajās vidēs
- Physical processes in multi-layer and multicomponent structures
- Development of spectroscopic methods and their application to research of multifunctional materials