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techniques (spectroscopy, electrochemistry). - Optimization of electrolysis cells: Designing electrolysers incorporating the developed catalysts, coupled with renewable energy sources (e.g., photovoltaics
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comparative approach in three South American countries: Brazil, Chile and Colombia. The design of the project is based on a methodology combining three types of research: classic academic, experimental and with
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different forms of selenium, ranging from Se metal to a more oxidised form (SeO2). The materials produced will be characterised by XPS spectroscopy to determine the speciation of Se. We plan to obtain access
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this respect, the French hydrogen plan aims at increasing the annual consumption of renewable or low-carbon hydrogen to 700kt by 2030 (out of 1,345kt), compared with 45kt/880kt in 2020. To achieve this goal
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IMT Atlantique, ULCO and Université de Rouen. In particular, the design of the models will be guided by results of the analysis of Wikipedia data obtained by other teams, and discussions with a
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Research Agency. (1) Carneiro de Oliveira, J.; Meireles Brioude, M. de et al., Plasma polymerization in the design of new materials: looking through the lens of maleic anhydride plasma polymers. Materials
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, dielectric patterning by RIE, pattern transfer into MBE-grown III–V heterostructures by ICP etching, and metal deposition for electrical contacts. The candidate will use a broad set of characterization
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combining machine learning and biophysical modelling to model embryo development from spatial transcriptomics data. Activities : - design of a new mathematical method - monitoring and study of publications
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funded by the ANR in 2025. Our partner, laboratory PHENIX (Sorbonne Université, Inorganic Colloids groupt) will design and elaborate several nanoagents (Benassai et al., 2024) to strongly modulate
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• Ability to work within a French research environment • Experience in optimizing protocols or developing new protocols • Proficiency with approaches and experimental design for mesocosm studies