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(plan and carry out syntheses of the supramolecular polymers building blocks) • Protein expression in prokaryotic (bacteria) and eukaryotic (insect and human) cells. • Protein engineering, bioconjugation
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materials for methane storage. In MADIREL laboratory the objective is to explore the adsorption properties of an exciting new class of porous materials: hybrid covalent organic polymers (COPs) based
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and writing of research projects. Specific Requirements PhD in Chemistry from 2023 or later Expertise in organic synthesis. Experience in the field of polymer chemistry is desirable Demonstrated
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) of alternative low-CO2 cement formulations is ongoing. Here, we propose a cross-disciplinary project to bring concepts learned during biomineralization to inform the development of new polymers to control
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the THERMOHARV Interreg project, the Polymer Systems Engineering (ISP) team from the UMET laboratory at the University of Lille, in partnership with the Polymer Materials Department (SMPC) at the University
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with a specialized background in medical devices and solid multidisciplinary knowledge in polymer chemistry, physical and mechanical characterization, with a foundation in CAD and 3D printing. Excellent
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magnetic coordination polymers. The objective of this research project is to combine the versatility of the chemistry of organic metal networks with the richness of the physics of frustrated magnetism
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(battery with polymer electrolyte). These two projects benefit from the patent we have filed, which uses the Co-continuity of immiscible polymers. Using a similar approach, a positive, a negative and an
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Simulation of Polymers (TSP) group at the Institut Charles Sadron (ICS) in Strasbourg, France. The ICS is a research institute of the CNRS (Centre National de la Recherche Scientifique) and associated with