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materials, heterogeneous catalysis, and the study of structure–property–performance relationships. The candidate will benefit from a stimulating research environment at the crossroads of material synthesis
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the umbrella of the CNRS and the University of Paris-Saclay. The laboratory's research focuses on nuclear physics, high-energy physics, astroparticles and cosmology, theoretical physics, accelerators and
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understand the assembly mechanisms. The catalytic properties of these composites will then be investigated. Ultimately, if these materials demonstrate high performance in terms of yield, selectivity and
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bridges the gap between tradition and modernity by innovating in the development of high-tech ceramics that meet novel industrial and societal challenges (energy, information and communication technology
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this context, deep eutectic solvents (DES) appear to be a more sustainable alternative: low volatility, increased stability, high flash points, and promising performance. However, their use is still emerging and
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, with far-reaching consequences for multi-messenger astrophysics and black hole astronomy. The HENBoS project is part of this rapidly developing context. The strategy is based on high-performance
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be easily deployed and instantiated in various contexts, offering sustainable, high-performance, and portable solutions to the most commonly encountered algorithmic or communication patterns in
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engaged in a food-seeking task, while performing large-scale electrophysiological recordings using Neuropixels probes. This state-of-the-art technology allows for the simultaneous measurement
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properties, its direct use in high-performance applications remains limited. FLIGHT addresses this gap by developing eco-friendly processes to transform lignin into composites, membranes, and insulation panels
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of such high-performance fiber laser platforms requires advances in the development of high-reliability fiber components and optimized doped fibers. The first objective of this PhD project is to explore