Doctoral School of Exact Sciences

Full-time

• Astronomy
• Chemical sciences
• Computer and information sciences
• Materials engineering
• Mathematics
• Physical sciences

Third cycle

Full-time

• Advanced coordination materials designed on the basis of functional silsesquioxanes
• Application of new complexes in electrocatalytic transformations of carbon dioxide and water
• Catalysts based on mixed metal oxides for elimination of antibiotic contaminants from water via a photo-assisted ozonation process
• Charge transfer effects in single-atom catalysts: towards the rational design of industrial catalysts
• Critical phenomena and transport in correlated hybrid nanostructures
• Curvature as a new route to tailor magnetic properties of nanostructures (CurMag) - prof. Olena Tartakivska
• Development of new lanthanide-based optical manometers and thermometers working under extreme conditions of pressure and temperature
• Development of novel bioink for 3D bioprinting of scaffold with specific topographical and biochemical cues composed of natural, and synthetic polymers for biomedical applications bioprinting technique
• Exploiting chemical modification of coffee waste and lignin: a novel approach for sustainable energy storage systems - prof. Artur Ciesielski
• High-frequency mechanics of polymer-grafted nanoparticle metamaterials (METAGRAFT)
• Luminescent probes of structural phase transitions in optical materials occurring under extreme conditions of high pressure and temperature
• Magneto-responsive textile modified by (nano)materials
• Molecular geometry – pre- and post-synthetically modified shape-persistent macrocycles of great chiroptical response, for molecular tectonics and chirality sensing
• Molecularly imprinted TiO2-based three-dimensional photocatalytic matrix for water purification in flow photocatalytic systems
• MXene Hybrid Nanocomposites for Enhanced Electrochemical Biosensors