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approaches and, therefore, understand variation of tree functioning at the site. - Geophysical data acquisition using Electromagnetic Induction (EMI) and Electrical Resistivity Tomography (ERT) at Paracou
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to its host and its persistence in order to identify potential therapeutic targets. This project aims to identify and validate the function of regulators or actors of specific metabolic pathways using
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). In collaboration with the group's physicists and engineers, the successful candidate will contribute to the development of an ambitious research program, making use of the available technological
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take part in program events. He/she will also contribute to the promotion and communication of the program. He/she may also contribute to dissemination and popularization activities organized by CIRM
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proposed for improving the accuracy of medical diagnoses, identifying biomarkers and understanding glioma features in MRI data. The successful candidate will work in particular on : - Development of a pre
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— an essential step for effective regeneration (Schaeffer et al., Neuron, 2023). A key aspect of our work is to understand how neurons regulate gene expression locally within axons through local ribosome supply
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QDLight, and as part of the European project EPIQUE. The postdoctoral researcher will contribute to this effort by implementing advanced excitation protocols for quantum dots. These protocols aim to achieve
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. Ca in Ol1), and the use of dihedral angles in solidified plutonic rocks. A key objective will be to improve current approaches to quantify those cooling rates by providing 1/ a finite difference model
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project, which aims to elucidate the mechanisms of cooperation between individuals in the context of collective navigation in complex flows. The project includes a theoretical part on “active matter
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for the comparison between analytical predictions and biological reality (based on the results of F. Robin's team or the literature). This project is part of the ANR-funded ACTIPOP project described at the following