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previous thesis. The innovation lies in the use of highly emissive cathodes (up to 20 A) and a new microwave-based plasma ionization source. The second year will focus on a precise experimental description
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. The developments will also aim to extend existing approaches, which are often restricted to integrated quantities, to the reconstruction of complete statistical fields. The ultimate goal is to design a goal-oriented
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the technological solutions required to provide the team with a higher-current test facility (in the 10 kA range), designed to be adaptable to the large-diameter magnets of the LNCMI. This will allow testing of very
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, 2008), doping here undergoes a process of "stigma reversal" (Goffman, 1963): moving from an act of cheating contrary to the rules to the freely chosen adoption of a model rooted in scientific innovation
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designers to trade robustness to systematic shifts against robustness to noise. The Quantera QUARCKS project (QUAntum Robust hyper-ClocKs and atomic Sensors, cofunded by EU) targets the demonstration of a new
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, this tool is not designed to reproduce full experimental workflows described in scientific papers; it necessitates some efforts to tailor it to our application. When being asked about reproducibility in
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). The work plan includes: . A detailed literature review on boiling flow regimes and their modeling. . The enhancement of the ConBo experimental setup with the integration of a Wire Mesh Sensor (W) to measure
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to the objectives of technological sovereignty, methodological innovation, and the structuring of CCI ecosystems by proposing a scientific framework for mastering the use of generative AI in cultural and heritage
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, specifically designed for radiolysis studies, will be used to determine the nature and energy distribution of radiolytic species generated in water (hydrated electrons, photons, H• radicals, H₂O₂, etc.) under
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training environment, combining advanced scientific training, an openness to innovation, and strong interdisciplinary interactions. The PhD project will be carried out within the Nuclear Physics department