Dissertations

Master’s theses

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

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