PhD fellow in Hybrid Nanostructures Based on Polymer-Ions Interaction

Project summary Highly charged molecules and nano-assemblies serve as unique building blocks in nanochemistry. Bulky and multivalent ions are known to readily condense on polyelectrolyte chains or brushes. Such ions …

PhD fellow in Operando computational modelling of materials

Project summary An increased synergy between experimental and theoretical investigations in heterogeneous catalysis has become apparent during the last decade. Experimental work has extended from ultra-high vacuum and low temperature …

PhD fellow in Sugar and pH-responsive multicompartment nano-assemblies for dual-drug solubilization and delivery

Project summary The concept of Multicompartment Micelles (MCMs), i. e., self-assembled aggregates with moieties of different chemical properties, that mimic biological molecules such as proteins was derived by Prof. H. …

PhD fellow in Theoretical studies of endohedral fullerenes

Endohedral fullerenes, i.e. cage-like hollow carbon molecules with an atom or a small molecule trapped inside, are fascinating species with unusual properties attractive for applications. With Gd atom inside they …

PhD fellow in Modeling of weak polyelectrolytes interacting with multivalent ions.

Association of weak polyelectrolytes can be controlled by the variable pH-sensitive ionization of weak acid and base groups. Encapsulation of multivalent molecules in polyelectrolyte-based systems can be controlled by the …