Group leaders | Dept. Landfester

We are interested in energy transport in optically-created densely-populated organic triplet ensembles. [more]

The Biocondensate System Group is dedicated to the design and synthesis of minimalistic materials for self-assembly via liquid-liquid phase separation into coacervate droplets. The primary focus of the biocondensates is their application as artificial organelles and cells, with the aim of enhancing catalysis, drug delivery, microreactors, biomimicking, communication, and artificial cell studies. [more]

A closer look at the detail opens the way to understanding. Using microscopic analyses of macromolecular structures, we investigate the relationship between structure and function. We are developing new methods to visualize structures at the nanometer scale using electron microscopy. Our research spans the transition between materials science and structural biology. [more]

The Mailänder group is focusing on translating drug nanocarriers into clinically relevant applications by understanding their potentials and hurdles. [more]

Our group focuses on (bio-)polymer characterization as well as understanding and controlling biomolecule interactions with nanomaterial surfaces. [more]

Our group focuses on the development of synthetic cell systems based on polymer vesicles that mimic the structure and function of a biological cell. [more]

Our group focuses on biofabrication and biomaterials innovation, contributing to the future of tissue and food engineering through the creation of advanced scaffolds incorporating living and engineered cells. [more]

We develop photocatalytic polymers for organic redox reactions, artificial photosynthesis, environmental catalysis and photobiocatalysis. [more]