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Planck Institute for Polymer Research in Mainz, Germany received the Gilles Holst Medal 2015 for their research in the field of molecular electronics. Their work at the interface between physics and
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coatings. Learning surface modification techniques based on known chemical coupling strategies. Incorporating of anti-fouling properties through anti-fouling polymers or cation scavengers. Where to apply
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, and solvents. The functionalization of natural polymers like starch or cellulose may also be part of your work. Desk and lab research are intertwined elements of your work, with an emphasis
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are recruiting a highly motivated postdoctoral researcher to lead the first implementation of Deep-UV Raman spectroscopy for real-time polymer identification. This project addresses a critical gap: no established
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on known chemical coupling strategies. Incorporating of anti-fouling properties through anti-fouling polymers or cation scavengers. Information and application Enthusiastic PhD students stay abreast
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of experimental setups, mechanics, polymer physics, and/or additive manufacturing. Affinity with material characterisation techniques (e.g. rheology, thermal or mechanical testing) is an advantage. A research
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separations. It uses an electrical voltage to generate fibers from a polymer solution that are collected as a fibrous mat. Preferably green solvents are used. Our research group has a worldwide unique triple
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highly motivated researcher with a PhD degree in chemistry, holding skills in organic and polymer synthesis. You are willing to collaborate closely with both public and private partners on the development
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Description In polymeric materials, a fundamental transition is required from synthesis out of fossil-based and one time use to continuous reuse of polymeric products. Current recycling methods cannot recover
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users); and a 3) socio-economic and commercialization assessment. The project and the group Our consortium brings together polymer chemists, material engineers, a plastics manufacturer, a consumer