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CNRS researchers, 2 PhD students) of the accelerator physics department, which has developed expertise over more than twenty years in Compton interaction for the production of high-energy photons
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.) The candidate (M/F) will be in Poitiers at Institut de Chimie des Milieux et Matériaux de Poitiers (IC2MP), UMR 7285 CNRS – University of Poitiers, working on a strategic topic related to the energy transition as
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weight of the PHUs to enable the production of stable thin-film capacitors. • These bio-based polymers will be later integrated into sustainable energy-harvesting devices by a PhD student working in close
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motivated postdoctoral researcher to develop and apply imaging-based and computational approaches to identify predictive nuclear signatures of cell fate. The project combines experimental and quantitative
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magnetotransport). They will analyze device performance metrics such as output signal, switching speed, energy consumption, endurance, and scalability, and benchmark them against existing technologies (CMOS, MESO
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batteries have enabled the development of portable electronics and electric vehicles, due to their great gravimetric and volumetric energy densities. The tremendous success of these systems and the
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for incorporating such extensions of plant functional theory. One prediction of OPT is that plants occur across a broader range of edaphic conditions in more energy-rich habitats, through compensation
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can generate ultra-relativistic electron beams over centimeter-scale distances thanks to extreme accelerating fields. A key limitation for beam energy is the dephasing between accelerated electrons and
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project involves: 1) Conducting a detailed study of the space-energy effects that disrupt reactivity measurements during beam interruptions by performing novel measurements during source transients
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durable, a quality that is also their downfall: they are difficult to recycle or even simply convert using energy-efficient chemical processes. More effective methods for processing existing plastics