-
include tensides, polymers and biomolecules. Bile salt surfactants and oppositely charged polymers interact strongly in water, leading to a spontaneous co-association and the formation of mixed aggregates
-
includes the modification and development of microorganisms and enzymes through genetic engineering and protein engineering for production of carbon-neutral building blocks used in polymer synthesis and for
-
regeneration as well as development of techniques for analysing them (e.g. 3D bioprinting hybrid models with polymers and tissue/cells) - Experience with 3D models from hydrogels (e.g. alginate or methacrylated
-
polymers and molecules to be used in molecular electronics. Qualifications Requirements • PhD in organic chemistry • Many years of practical experience in the synthesis and analysis of small molecules
-
research and teaching within the subject area of Electrochemistry, with a focus on battery materials, i.e., inorganic and/or polymeric materials employed as electrodes and electrolytes. The position will be