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developing more sustainable catalytic approaches. Special attention will be given to overcoming identified limitations through the design of new catalytic systems based on abundant and non-critical transition
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microscopy and electron microprobe analysis. This work aims to identify mineralogical and chemical signatures associated with the earliest stages of planetesimal differentiation. The researcher will also be
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. Brightway) and LCI databases (e.g. ecoinvent) Moreover, the following knowledge are assets for this position: - Mineral raw materials sector and criticality assessment methods - Data analysis, including
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of human and environmental impacts of I-131 releases depends critically on the form (aerosol or gas-phase) and thus the physico-chemical processing of iodine in the dispersing radioactive cloud. In recent
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years. These progresses were possible thanks to the convergence of the considerable experimental efforts invested on this topic and critical improvements of Particle-In-Cell (PIC) numerical simulations
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of computational neuroscience concepts - Expertise in dynamical systems theory - Knowledge of machine learning - Experience with neural data analysis ### Technical Skills - Advanced scientific programming (Python
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review and experiments on operational systems. Analysis of results and drafting of an interim report. Implementation of new characterization systems. - Year 2: Experimentation and analysis of newly
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) and LPENS (Xiaowen Chen, Vincent Hakim). Working between the two labs, the project will focus on computational analysis and theoretical understanding of collective cell migration on patterned surfaces
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will participate in the Higgs boson pair production analysis exploiting the Run 3 LHC collision data collected by the ATLAS experiment and will contribute to the R&D of the ALLEGRO liquefied noble gas
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preclinical studies involving radiopharmaceuticals for diagnosis and radionuclide therapies (in vitro uptakes, in vivo biodistribution, therapeutic efficacy), - Improving image analysis workflows to extract