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Henri Cramail http://www.lcpo.fr/team-2-biopolymers-bio-sourced-polymers/ . The team designs bio-based polymers using polyaddition/polycondensation pathways. The main bio-resources studied
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the potential of RL, it is essential to design a framework that connects an RL environments with suitable execution environments. The primary focus will be on developing advanced RL methodologies, particularly
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systems on antibiotic resistance, etc.). The candidate will be expected to contribute to the supervision of students within the team (master's, PhD) and participate in responses to various calls
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comprises around 60 people. Its core business is the synthesis and study of original molecules and highly reactive species. It is part of the Toulouse Institute of Chemistry. The ECOIH team consists of four
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. – Development of an experimental protocol to study motion processing and perception in patients with macular degeneration and in control participants (main task) – Psychophysical testing, functional neuroimaging
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materials for the sequestration of heavy metals (particularly palladium) and their subsequent use as heterogeneous catalysts. The project will therefore consist of developing and characterizing original
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researcher will carry out research tasks in IMAG, within the ERC NEMESIS project team, led in IMAG by two principal investigators, Jérôme Droniou (CNRS) and Daniele Di Pietro (University of Montpellier
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will carry out interviews and participant observation with relevant actors and organizations to produce original empirical data. They will be expected to disseminate research findings through
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of grants and manuscripts for publication of scientific results. To promote research initiatives and original contributions to the research programmes of the team and the Centre as a whole. General
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et al., 2024). Life-cycle assessments confirm that energy use in closed PBRs-particularly from pumping, lighting, and cooling-represents the main environmental hotspot (Gurreri et al., 2024), whereas