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knowledge of solution chemistry, chemical thermodynamics, and chemical equilibria. • Basic knowledge of quantum chemistry and ab initio computational methods (electronic structure calculations, structure
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for environmental qualification campaigns. • Electromagnetic modelling and simulation of resonant microwave structures to support experimental investigations. • Preparation of technical documentation, including
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of the team are structured around 3 research aeras: • Research Area 1: On-line analytical methods via microfluidic devices for the quantification of air pollutants; • Research Area 2: Off-line analysis methods
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at LAPP. The research conducted at LAPP aims to study the physics of elementary particles and their fundamental interactions, as well as to explore their connections with the large-scale structures
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of organized multicellular structures, with a particular focus on microtumors. The originality of the project lies in its systems-level approach, which integrates concepts from statistical physics and
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. Their nonlinear evolution can lead to the emergence of large-scale coherent structures or turbulence, resulting in significant radial plasma transport—and thus degradation of plasma confinement. Understanding
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The project will be conducted within the “Translation Mechanisms” team led by Emmanuelle Schmitt and Yves Mechulam at the “Structural Cell Biology” (BIOC) laboratory at École Polytechnique, https
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. What is the genetic/functional repertoire of these communities and how is it structured along environmental gradients? 2. How is the metabolic work distributed among co-occurring organisms? 3. What is
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a close collaboration with the Institute of Pharmacology and Structural Biology (IPBS), which will provide complementary expertise in macrophage biology, the mechanobiology of phagocytosis and
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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