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and develop chemical synthesis techniques suited to the objectives of a scientific problem - Participate in the development and implementation of a research project - Select appropriate synthesis
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The objective of this postdoctoral position is to provide a global carbon flux product based on measurements of particle size and concentration from an in-situ quantitative imagery instrument, the Underwater
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team, led by Christelle Peyron and Pierre-Hervé Luppi, brings together multidisciplinary researchers involved in integrative projects aligned with the objectives of the CRNL. Where to apply Website https
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GENESIS project “Geo-inspired pathways towards nanoparticle-based metastable solids.” The objective of this position is to understand the mechanisms of crystallization in high-temperature synthesis
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. The project moves beyond abstract, disembodied, and technical approaches to financialization by turning it into a tangible object of empirical investigation through the prism of debt chains. These chains
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microtubules (Anna Akhmanova, University of Utrecht, Netherlands). The "Physics of Cells and Cancer" unit (UMR 168) brings together physicists and biologists working to discover the role of physical laws in
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for the detection of trace amounts of pollutant molecules (BTEX) in aqueous environments (saline or fresh water). He/she will contribute to the implementation of the complete optical system and associated
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Eligibility criteria Instrumental optics and imaging (microscopy, camera detection) for biology. Skills in coding and experiment control. Basics of machine learning and/or signal processing. Teamwork
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professors, one senior lecturer, and four CNRS researchers. The team is working jointly on two projects: TESSERACT, which aims to detect light dark matter and is funded by the TES4DM project, and Ricochet
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the reproducibility and robustness of quantitative MRI maps across multiple clinical MRI platforms (1.5 T and 3.0 T – Siemens, GE, Philips) using test objects (phantoms). - Coordinate MRI acquisitions on a cohort of