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will join the X-ArT consortium, an international collaboration that includes France, the United States, Italy, Poland, and the UK. The work site will be the APC laboratory (Paris), where the X-ArT group
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the laboratory's scientific activities. The project focuses on the facilitated simple exclusion process (FEP), introduced into the physics literature in the 1990s, and which has been the subject of recent
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allow among other things increased refractive index engineering paving the way towards monolithic fabrication of advanced photonic devices. The structures will be characterized by state-of-the-art
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. The first step will be to conduct simulations on liquid water and on crystalline ice using a single DNNP. Those systems are well described in the literature and will serve as a test case. If successful
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the following tasks, in collaboration with the project partners: - Perform a literature review on the theoretical concepts under study (well-being, school retention), and explanatory and predictive approaches in
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UMR PAM ( Dijon, France) and UMR SecAliM (Nantes, France) | Nantes, Pays de la Loire | France | 3 days ago
relation to the impact of technological perturbations. Ultimately, this knowledge, combined with that available in the scientific literature, will be used to improve predictive models for microbiological
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theories of disordered topological superconductors. - Simulation and analysis of realistic disordered superconductors lattices using state-of-the-art techniques, such as k.p modelling, quantum field theory
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neurodegenerative diseases" at the Paris-Saclay Institute of Neuroscience (Saclay, 25km South of Paris, France), a state-of-the-art multidisciplinary research institute, from brain development to integrative network
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statistical software (R, Python, Stata, etc.) - Conduct a literature review - Draft scientific articles - Attend research seminar seminars organized by the school - Present scientific articles at national and
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to the changes in solvation properties and reactivity of the interface remain not understood. The objective of this project is to shed light on some of these mechanisms by means of state-of-the-art constant