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, UMR3738 and the PRAIRIE Artificial Intelligence Institute. The team recently won ERC StG funding, which is the subject of this recruitment. MULTIview-CELL ERC StG : https://www.ins2i.cnrs.fr/fr/cnrsinfo
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activities detailed below, the doctoral candidate's missions will include: (1) conducting cell culture experiments, performing nanoplastic exposure assays, carrying out phenotypic screening of nanoplastic
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reactions relevant to fuel cell systems such as alcohol oxidation and oxygen reduction. HYBNA seeks to develop new, sustainable electrocatalytic interfaces targeting the Oxygen Reduction Reaction and Ethanol
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artificial intelligence and genomics. The institute also has high-performance computing infrastructure (hundreds of CPU cores, over 100 TB of storage) essential for processing the massive single-cell
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RESEARCHER (M/F) with the ANR MIJMA (International Migration of Young Africans and Minors to Europe.
the conception of migratory mobility in countries of origin through to arrival in transit or settlement areas. Our approach to the subject aims to view these migrations as a process that intertwines individual and
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daily mobility (related to distance from the city center) and housing prices (lower in the suburbs, making larger dwellings affordable). The proposed doctoral work thus aims to contribute
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PhD position: Nanoengineering refractory compositionally complex alloys for extreme conditions (M/F)
interdisciplinary in nature, at the interface between materials science, physics, and mechanics, and represents a rare opportunity for international mobility between two world-leading scientific hubs. This fully
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in the context of neurodevelopment and disorders. He/she will have some experience in generating stable lines in human stem cells, current single-cell omics technologies, including single-cell RNA-seq
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Sklodowska-Curie Doctoral Network eligibility requirements : • At the date of recruitment, the candidate must not have been awarded a doctoral degree. • Applicants must comply with the MSCA mobility rule
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mobility in the environment and high volatility at high temperature, which prevents the use of a standard vitrification protocol for long-term immobilisation. As part of the ADAM&EVE project, we propose