200 structures "https:" "https:" "https:" "https:" "https:" "University of Kent" "University of Kent" Postdoctoral positions at CNRS in France
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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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) ● Developing multiplexed RNA-FISH assays for cell type identification ● Quantifying nuclear organization features (3D chromatin structure, topology, chromatin state) ● Analyzing imaging datasets using
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on surface chemistry and catalysis, with a focus on understanding how halogenation (fluorine and chlorine) and thermal treatments can tailor the electronic and structural properties of NDs. The postdoc will
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metasurfaces for absorption at THz frequencies Modeling and design of hyperuniform structured metasurfaces Absorption properties analysis Microfabrication of metasurfaces in cleanroom environment ANR TERASENS
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belowground; - development of SDM modeling structures that best reflect plant use of multiple resources (e.g., interactive vs. substitutable resources); - testing the application of resource colimitation theory
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joint research unit (UMR) that operates the CCU experimental platform. More informations about the CLLE Laboratory: http://clle.univ-tlse2.fr/ More informations on the project: https://anr.fr/Projet-ANR
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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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fundamental interactions, as well as to explore their links with the great structures of the Universe. The work of the LAPP teams aims, among other things, to understand the origin of the mass of particles
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layered semiconductor characterized by an anisotropic crystalstructure and quasi-one-dimensional ribbon-like morphology. Its electronic structure is predicted to host relatively flat bands associated with
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porosity and improving material strength. For these reasons, MICP has emerged as a viable and scalable biotechnology for soil and structural material (e.g., concrete, granite) reinforcement, as