Student projects are available in all these areas. microspectroscopy and microphotochemistry, including single molecule spectroscopy.steady-state and time-resolved spectroscopies.

molecular design, synthesis and characterization.use of high-energy photons in chemistry.applications of fluorescence in contact mechanics.A great challenge is to explore the possibilities to conceive and develop new molecule-based devices in the context of nanotechnology (nanophotonics, plasmonics, biomolecular photonics, molecular machines), and catalysis.Ĭurrently, the main specific areas of interest in my group are: The scientific background of the Molecular Photonics research team comprises molecular spectroscopy and photochemistry in a broad sense, and our research contributes to the development of these traditional fields. A few of the hot research topics in this field, with potential applications in materials and life science are (organic) solar cells, luminescence based medical diagnostics, and light sources based on electrochemiluminescence. is a branch of science that is engaged with the study of the effects that electromagnetic radiation (mostly in the ultraviolet and visible range) has on molecular materials.

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