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in the gut, with potential implications for developing probiotic or therapeutic strategies targeting microbiota modulation. The candidate (M/F) will be responsible for developing and optimizing
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(ISCR), is to design electrochemical and optical tools to analyze this process, enabling determination of optimal conditions for surface functionalization. This will require the development of two new
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, numerical simulations, and advanced instrumentation development to investigate and optimize laser-driven particle and radiation sources. One of the major goals of laser–plasma interaction research today is to
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composite (ii) design and optimization of the process to assemble both catholyte and full cells. A strong effort will be put on optimizing elaboration protocol of the materials to insure monitoring
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(ANR-25-CE51-3871), which started in January 2026. This project aims to develop and optimize a micrometer-scale surface texturing process based on thermochemical treatments performed using arrays of cold
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of the tissue using water-soluble clearing and refractive index matching media, and evaluating the benefits of this approach for three-dimensional imaging. The first year of the project will focus on optimizing
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cellular changes. Advanced imaging techniques, including structural and functional-MRI, developed by Dr. Emmanuel Barbier (GIN director), will be used to optimize rSynES and monitor neuronal changes over
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world. • Network & Collaborations: Your work will be supported by strategic collaborations with LabEx member laboratories (CEA-LETI, CROMA, TIMA, LMGP) for the development of processes, advanced metrology
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information processing into an established consortium of experimental physicists and cancer biologists. The project establishes a close collaboration between IEMN and PhLAM, with the support of CANTHER
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, they will be involved in: • the implementation, optimization, and operation of cryogenic devices and systems; • performing low-temperature experimental measurements; • the development and experimental