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, with support from the study engineer. 2) Data collection and management: - Organize and supervise field campaigns: full responsibility. - Ensure the quality and consistency of collected data: primary
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, HPLC, and NMR - Development of an automated synthesis system - Writing reports and publications This recruitment is part of the PEPR moleculArXiv project, which aims to prepare macromolecules containing
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. - Programming and Workflow Automation: Proficiency in writing Python and Shell scripts to automate modeling and analysis processes. Ability to efficiently manage large amounts of data and configure robust
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research tasks, using both analytical and numerical methods, contributing to numerical validation of analytical predictions where relevant; (b) write up results for publication and present them at group
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of the coatings; - functionalization of nanoparticles with different sizes and morphologies; - ptimization of the surface properties of magnetic nanoparticles; - scale-up of the process to approximately 10 g of
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come under predation from a crayfish that is itself an invasive species. Against this backdrop of biotic interactions (competition and predation), the aim is to characterise population trends and
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settings with limited data and transfer learning across species from human to mouse, and beyond. • Apply explainability methods to extract biological insight from trained models. • Keep up to date with
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conditions. - Determine the Drug-to-Antibody Ratio (DAR) and characterize the Drug Load Distribution (DLD), when required. - Apply, when appropriate, bottom-up, middle-up/middle-down and top-down strategies
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-Participating in conferences and meetings, and writing a paper" The postdoc will be based at LATMOS within the Atmospheres department, with regular/weekly visits to INRIA. LATMOS has access to IPSL's computing
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candidate will focus on the design and experimental implementation of sophisticated biochemical circuits, capable of answering specific query (e.g. “What is the shortest path to go from the node X to the node