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the “OMEIR” team (Structures, Materials, Environment: Interactions and Risks). The laboratory will bring in particular its expertise in cementitious materials, especially regarding their mechanical behavior
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cell using redox-active compounds. The objective will be to identify suitable electrolytes in terms of potential, solubility, and stability. The postdoctoral researcher will study the physicochemical
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materials, heterogeneous catalysis, and the study of structure–property–performance relationships. The candidate will benefit from a stimulating research environment at the crossroads of material synthesis
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, organization and structural order, as well as the EE transport dimensionality (2D versus 3D) to push beyond state-of-the-art energy transport lengths in synthetic LH systems. In this context we propose a PhD
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. Our research combines innovative approaches in protein engineering, microscopy, and chemical biology to investigate neuroimmune interactions and mechanisms underlying neurodegeneration, both through in
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enables high activity in olefin polymerization, while providing precise control over composition and molecular weight distribution. However, this activator remains a poorly defined solid at the structural
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topic of atmosphere-lithosphere interactions involving volatile elements in rocks, fluids and silicate melts under the exotic Pressure-Temperature-Composition parameter space covered by exoplanetary
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will be evaluated by structural and electrochemical characterizations to estimate their reuse potential. This project is backed up by a research project being developed in Hauts-de-France, involving a
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autoequivalence groups of triangulated categories. The goal is to use Garside structures to study the faithfulness of Khovanov-Seidel braid representation for Artin-Tits groups. Artin-Tits groups are symmetry
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capacities are influenced by changes in gene expression and/or by the intrinsic mechanical and structural properties of heterochromatin. Experimental Approaches To address these questions, the PhD candidate