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on the development of original transformations relying on cycloaddition strategies towards the rapid construction of azacycles. [2] In this context, this project aims to investigate the reactivity of readily available
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important subject for numerous fields (medical imaging, acoustics, seismology, stellar physics, …). The experiments that we pursue make use of an original medium: a laser-cooled atomic cloud. The peculiar
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-researchers, 43 technical and administrative staff and 180 non-permanent staff: contract researchers, PhD students, post-docs and master's students). Translated with DeepL.com (free version) Capturing the CO2
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according 4 main axes: Theme 1: Thermal, efficiency and lubrication of mechanical transmission systems Theme 2: Materials and processes of transmission parts Theme 3: Durability of contact materials
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FieldMathematicsYears of Research ExperienceNone Additional Information Additional comments Profile required: Graduate (or able to graduate in 2024) of a Research Master's degree (or equivalent) in Applied Mathematics
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partners. Required profile : - Master's degree in metallurgy or materials science - programming skills (Python) - interest in materials science, crystallography, phase diagrams, metallurgy, thermodynamics
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eukaryotic cell models used for expressing recombinant membrane proteins is the main obstacle in addressing this challenge. We have succeeded in unlocking their expression in a cell model through the
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or Master's degree in chemistry, with knowledge or previous experience in polymer science or materials science. - Knowledge of photopolymerization would be a plus (but not compulsory). - Very good command
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as well as during pregnancy. The main objective of the project is to develop deterministic and stochastic computational methods, to cope with the high complexity and variability of the exposure
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. The candidate will be supervised by Philippe Isope and researchers from the Neuronal Network Physiology team. The main aim of this thesis project is to study the functional consequences of dominant gain