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additive manufacturing methods and rapid characterization of both structure and mechanical properties. Key compositions will then be selected and produced using classical metallurgy techniques, enabling a
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recruiting a Post-doctoral Researcher for the study of the structure-function relationships of ribonucleic complexes during the translation initiation stage in higher eukaryotes. The project will consist in
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PROJET-PEPR : MOF composites for the overall CO₂ reduction through panchromatic photocatalysis (M/F)
composite systems integrating carefully selected POMs, Zr-MOFs, and metallic NPs or immobilized species. These composite materials will be designed to exhibit high stability and to absorb a large portion of
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on different conditions (composite electrode formulation, electrolyte formulation, pH, oxide or polymer-based negative electrode, temperature…) Optimisation of the devices. Redaction of drafts/publications and
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tax monthly), with 75% of public transportation costs covered by the employer and 44 days of paid leave per year. Within the framework of the PEPR B-BEST program (https://www.pepr-bioproductions.fr
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of photocatalysts under reaction conditions. It addresses a key challenge in heterogeneous photocatalysis: the limited fundamental understanding of how photocatalysts undergo structural and electronic changes during
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composites (rheology, DMA, tensile testing, etc.) will then be studied in order to establish structure–property relationships. This work will be carried out within the Chemistry & Macromolecular Materials
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scale, will be characterized in terms of their structural properties and chemical composition. This research is part of the international project (ANR-DFG) “OPTIMIC” involving French partners Dr. Dorian
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, the postdoctoral researcher will be responsible for contributing to the development of advanced methodologies for predicting crystal structures (CSP) based solely on their chemical composition and atomistic modeling
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of the data in order to decode the mode of action of NPPs in the context of mammary tumorigenesis. The doctoral research program is structured around two integrated research axes: Axis 1: Colloidal