Groups | Dept. Weil

Our group develops novel quantum tools to investigate living systems and soft matter at the nanoscale level. [more]

We develop chemical strategies to precisely functionalize biomolecules and devise (bio)macromolecular therapeutics that can specifically alter the microenvironment of cells. [more]

Our group aims to fuse complex chemical systems into cell biology as a means to synthetically evolve and augment cellular life. [more]

We develop new methods to analyze and process intractable macromolecules by mass spectrometry and related methods [more]

We prepare hierarchically assembled biomaterials from stimuli-responsive, supramolecular building blocks in combination with (bio-)polymers. These hybrid materials offer exciting possibilities to facilitate cell-material communication.
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Our group focused on the interdisciplinary work with other methods to get broader pictures of the properties of materials.
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We are developing nanodiamond (ND) quantum sensing technology for in-situ probing and manipulating the intracellular parameters such as temperature, pH, and radical species in living systems. [more]

We develop hydrogels from natural biopolymer-hybrids combined with synthetic units to address medical challenges: molecular design – structural control – biofabrication. [more]

We develop chemistries suitable for formation or breaking of dynamic-covalent bonds in life-like environment or in vivo. [more]

We develop self-assembling metal complexes as synthetic building blocks for supramolecular materials with tailored biomedical functions. [more]