31 postdoctoral-soil-structure-interaction-fem-dynamics Postdoctoral positions at CNRS
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well as by the Île-de-France region through the Sesame (INSIDE) grant. The group currently consists of three researchers, two postdoctoral fellows, and six doctoral students, and benefits from the support of
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. Characterize transcriptional changes during epithelial morphogenesis. Develop methodologies to link gene expression, systemic factors, and tissue dynamics. Develop methods to integrate transcriptional and
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that the structure of these clusters enables a strong enhancement of their non-linear response, due to the plasmonic couplings and the presence of hot-spots. The researcher's missions will consist in i) formulating
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The researcher will study the potential of atto-photochemistry on organic or inorganic photoinduced reactions. He or she will use quantum chemistry and molecular dynamics methods to do so. The overall objective is
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to hydrido-closo-borates,5 from sodium borohydride. Due to unexplained selectivity in boron cluster formation, a detailed mechanistic understanding is necessary. This postdoctoral project aims to explore
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positions * Structural, thermal, and rheological characterization of the polyesters obtained The Laboratory of Organic Polymer Chemistry (LCPO) is a joint research unit affiliated with the CNRS
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devices. Strong interaction with LGP2/LMGP in particular with the local Ph. D student will allow the comparison with films and optical devices built using other deposition techniques. Particular attention
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the working time • Set-up priorities • Being aware of the needs of the team • Process data • Interact with both biologists and informaticians • Transmit knowledge Soft skills • Good interpersonal skills and
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to the comprehensive analysis of field samples and the mathematical modeling of cellular interactions. LPHI includes four teams working on parasite models (Toxoplasma and Plasmodium), thus offering a stimulating working
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operating in the short infrared (i.e., up to 2.5 µm) as well as in the mid-infrared (3–5 µm). We are particularly interested in controlling the light-matter interaction in these components by introducing