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orally. - Be able to work both independently and collaboratively within an international team environment. Mechanistic Study of Radionuclide Lability and Reactive Site Accessibility in Soil Insoluble
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mandatory. The candidate will be expected to evolve in an international environment, and take part in emerging national (through interaction with the PEPR LUMA network) and European collaborations (Silesian
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), within the ATLAS group. The PhD student will join a large-scale international collaboration and participate in the activities of the ATLAS experiment at CERN. The work will focus on the analysis of data
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of astrophysical emissions. Based within the CMB team at IJCLab, the project will have a strong international dimension and will benefit in particular from close scientific collaboration with James Bartlett and
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Physics. The position requires strong oral and written communication skills in both French and English, enabling the successful candidate to present research at international conferences and publish in peer
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, United States) demonstrated net en-ergy gain in inertial fusion for the first time, marking a major scientific advancement. This breakthrough has since spurred numerous international projects aimed at developing
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macrophages recognize, deform and internalize microplastics and other microparticles. In parallel, the project will incorporate a design-driven research perspective exploring how forms, objects, images and
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that advances science or contributes to the country's economic, social, and cultural progress. Internationally recognized for the excellence of its scientific research, the CNRS is a reference in the
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. Fieldwork will be funded by the ANR project. In general, the PhD student will adhere to the laboratory's internal regulations. They will be subject to enhanced medical monitoring. They will also undertake in
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of inorganic, organic, and energy resources. The doctoral candidate will join a team internationally recognized for its work on advanced electrochemical processes, innovative electrochemical reactors, treated