Zernike Colloquium, Marleen Kamperman, Richard Hildner, Moniek Tromp, Patrick van der Wel
|Date:||4 October 2018|
|Start:||16:00 (Doors open and coffee available at 15:30|
|Host:||Caspar van der Wal|
Biological Engineering: Bioinspired strategies for the development of polymeric materials
Living organisms provide an enormous reservoir of solutions to problems at several length scales and modalities. We use concepts from nature to synthesize and process polymeric materials for adhesive, membrane and sensing applications. We are particularly interested in the development of bioinspired polymers capable of adhesion to wet and rough surfaces.
Nanostructured organic materials studied by optical spectroscopy: From fundamental properties to function
Supramolecular assemblies provide functionalities beyond those of the molecular building blocks. We study e.g. long-range energy transport along single nanostructures, as well as the properties of the constituent building blocks, such as small organic molecules and conjugated polymers.
Probing (re)active species
Understanding materials performance and reaction mechanisms requires structural and electronic characterisation, as well as identification of active sites, during the actual performance of the material (i.e. operando). Spectroscopic techniques, with X-rays as a speciality, are developed and applied to catalysts, energy materials (e.g. batteries, fuel cells) and art objects.
Patrick van der Wel
Solid-state NMR studies of dynamics and structure in biomolecular assemblies
Functional properties derive from a combination of molecular structure and dynamics, both in biology and in materials. Via solidstate NMR we probe the structure-function relationship in proteinlipid complexes, protein assemblies, and bio-inspired or biomimetic nanomaterials.