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) microscopy and image analysis to study process dynamics; utilize physical chemistry techniques (scattering, AFM, spectroscopy, etc.) to complement the microscopy and lab-on-a-chip research; get involved in
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Your job This PhD project in chemistry pursues curiosity-driven interdisciplinary research combining inorganic chemistry and single-molecule biophysics. In short, you will develop synthetic metal
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which is vertically integrated and has expertise in cellular biology, surface chemistry, nanoelectronics fabrication, hardware integration, regulatory and industrial sampling, and artificial intelligence
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). For this you will use an organ on chip device that allows the dynamic anaerobic culturing of intestinal microorganisms on a cell layer of intestinal epithelial cells. You will use analytical chemistry based
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large-scale forcing on the high-resolution model simulations; working on the computational efficiency of the LES code to test the impact of chemistry and plume rise. You will work here The research will
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systems then this could be the project for you. Your qualities You have: a PhD in biophysics, physical chemistry, plant physiology, biochemistry, or related field, preferably with an interest in
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Your job The “Self-healing under stress” project builds on complementary developments between the Laboratory of Biophysics (BIP) and Physical Chemistry and Soft Matter (PCC) research groups at WUR