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-dimensional scaffolds using FDM 3D printing for cell culture applications. Develop and optimize biomimetic materials with controlled mechanical and biochemical properties. Functionalize scaffolds with
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a stable biomaterial. This includes materials that present cell integration, antifouling and antimicrobial motifs. Overall, this research program will combine the expertise of the Subra group in
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the activity and stability of iridium oxide-based catalysts supported on various materials within a PEM electrolysis cell. Catalyst layers and membrane-electrode assemblies will be prepared and characterized in
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ESTHER is a 1D Lagrangian code for radiation-matter interaction that studies the evolution of materials transitioning from the solid phase to the plasma phase under the effect of an intense radiation pulse
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the hierarchical architecture of plant secondary cell walls ; Design and optimise sustainable manufacturing processes for the production of nanostructured materials ; Establish relationships between structure
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research topics include Langmuir films mimicking cell membranes, the assembly of nanoparticles at liquid interfaces, and catalysis (CVD growth of 2D materials on LMCat, and Fischer–Tropsch synthesis
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in materials science, inorganic chemistry, and electrochemistry Knowledge of electrochemistry and water electrolysis or fuel cell technologies is highly desirable Ability to work independently with
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Materials) group at IEMN will develop innovative bioelectronic platforms enabling the electrical interfacing and functional monitoring of neurocompetent intestinal tissues through advanced micro- and