Doctoral dissertations
Michał Liberka
”Cyanido complexes of iron(II), ruthenium(II) and rhenium(V) for the construction of multifunctional optical materials sensitive to external stimuli”
-Thesis defended in 2025
Jakub Zakrzewski
”Heterometallic approach for the rational design of luminescent molecule-based materials sensitive to external stimuli”
-Thesis defended in 2025
Master’s theses
Kinga Szczecińska
”Hybrid organic-inorganic molecular materials bearing long alkyl chains as a source of functional plastic and liquid crystals”
-Thesis defended in 2025
Paweł Bonarek
”A study on the effects of the diamagnetic dilution matrix on the magnetic relaxation pathways of lanthanide-based single-molecule magnets in heterometallic coordination frameworks”
-Thesis defended in 2025
Maryia Tamashuk
”Heterometallic and hybrid synthetic strategies for the construction of luminescent molecular materials based on polycyanoruthenates(II)”
-Thesis defended in 2025
Łukasz Kiełtyka
”Dynamic supramolecular rotator–stator assemblies functionalised with anionic metal complexes”
-Thesis defended in 2025
Kseniia Boidachenko
”Luminescent molecular materials based on dicyanidoaurate(I) and complexes of d- and s-block metals”
-Thesis defended in 2023
Agnieszka Puzan
’’Polycyanido-halogeno complexes of platinium(IV) in the construction of magneto-photoluminescent d-f coordination systems”
-Thesis defended in 2021
Jakub Zakrzewski
”Functionalization of f block metal complexes in heterometallic molecular materials based on polycyanidometallates”
-Thesis defended in 2020
Mikołaj Żychowicz
”Lanthanide complexes in coordination networks as molecular magnets – from theory to experiment”
-Thesis defended in 2020
Bachelor’s theses
Hubert Dziełak
”Heteroligand pentacyanidocobaltate(III) ions for functionalization of molecular magnetic materials based on lanthanide(III) complexes”
-Thesis defended in 2025
Zofia Szymanowska
”Combining organotin chemistry compounds and polycyanometalates in the construction of luminescent materials”
-Thesis defended in 2025
Maja Romanowska
”Search for optimal quantum chemistry methods for the simulation of optical characteristics related to metal-centered electronic transitions in molecular luminophores”
-Thesis defended in 2025
Piotr Gas
”Cationic isocyanide platinium complexes and anionic lanthanide complexes as a unique source of molecular luminophores”
-Thesis defended in 2025
Jan Sierżęga
”Cationic isocyanide platinium complexes and anionic lanthanide complexes as a unique source of molecular luminophores”
-Thesis defended in 2024
Marta Niemiec
”Heterometallic s-d frameworks with hexacyanidometallates for the construction of luminescent sensors”
-Thesis defended in 2024
Dawid Kruczek
”Ce(III)-Pt(II) coordination networks as magnetic luminophores sensitive to solvent vapors”
-Thesis defended in 2024
Mikołaj Graff
”Design of luminescent thermometers based on heterometallic s-f-f’ coordination frameworks based on tricyanidomethanide”
-Thesis defended in 2024
Kinga Szczecińska
”Dicyanido-bis(2,2′-phenylpyridinate)rhodate(III) ion and its bromo derivative for the construction of molecular materials linking photoluminescence and switchable dielectric properties”
-Thesis defended in 2023
Maryia Tamashuk
’’Hybrid photoluminescent materials based on ruthenium(II) bipyridyl-cyano complexes”
-Thesis defended in 2023
Paweł Bonarek
”Dicyanidophenylpirydineplatinate(II) complexes and phosphine oxides for generation of luminescent single-molecule magnets based on Dy(III)”
-Thesis defended in 2023