This dissertation focuses on the design and synthesis of advanced stimuli-responsive polymers for biomedical applications, including polymer therapeutics and medical devices. By leveraging modern polymerization techniques (e.g., controlled radical polymerizations …
The aim of the dissertation project will be the design, development and optimization of new synthetic procedures for the preparation of sorptionally and catalytically active conjugated Porous Organic Polymers (POPs). …
Polymeric nanostructures containing anionic clusters are very promising because these nanosystems are capable of transferring or exchanging counterions. The resulting systems thus have great potential as ion-conducting materials in potential …
The relationship between ionization and morphology in weak polyelectrolyte systems is complex and is influenced by external conditions such as pH, ionic strength, and polymer concentration. While extensive studies have …
Machine learning force fields (MLFFs): - Generation of reference ab initio database of energy/force/stress data and/or data mining of thereof and/or combination of existing datasets via, e.g., multi-task learning (e.g., …
