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to the activities of the SIR-V2G project wich primary objective is to address the challenges arising from the large-scale integration of electric vehicles (EVs) into distribution networks by developing smart
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the field of optics and photonics. The team is working in the Photonic axis and is developing novel optical imaging techniques for biology. In particular, Pierre Bon is developing novel label imaging
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waste, biomass byproducts, nitrogen oxides, etc.) into valuable chemicals and developing renewable hydrides, with the goal of closing the carbon and nitrogen cycles and promoting a circular economy
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. This approach requires the development of advanced characterization techniques, as well as a deeper understanding of the UV emission of nanoplastics. This PhD fellowship project addresses this gap by integrating
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such as Winlight Optics and Airbus, • and the wider European Mars science community. The project offers a rare opportunity to contribute directly to the development of a cutting-edge spaceborne Doppler
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coordination of activities carried out by PhD students and technical staff • Supervision of the development of protocols in microbiology and molecular biology • Participation in field experiments and in
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Northwest Arabia, primarily at AlUla and Khaybar. The researcher will develop an approach based on the chaîne opératoire concept, integrating typo-chronological, technological, and archaeometric analyses
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by S. McPhillips (CNRS, LA3M – UMR 7298, Laboratory of Medieval and Modern Archaeology in the Mediterranean) and is funded by the French Agency for the Development of AlUla (Afalula, France), in
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the effect of thermal tempering on thin film microstructure while focusing on the evolution of mechanical properties and adhesion. Different thin film stack architectures will be synthetized by PVD techniques
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mediate binding under physiological conditions. The ultimate goal is to establish a detailed structural framework for understanding pili-driven adhesion, opening avenues for the development of anti-adhesion