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-matter interaction that studies the evolution of materials transitioning from the solid phase to the plasma phase under the effect of an intense radiation pulse (laser, X-rays, electrons, ions, etc
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diffusion coefficient D and the heat of transport Q*. The work will include the following steps: State of the Art Review the quantum theories of the Seebeck effect of small polarons and their implications
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des codes de calculs d'optique est souhaitable mais non indispensable. Des compétences expérimentales dans le domaine sont fortement appréciées. Références : - https://www-teutates.cea.fr/experiences
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français). Un doctorat en informatique, mathématiques appliquées, physique ou ingénierie est requis. En détail : https://tinyurl.com/postdoc-exascale Localisation du poste Site Saclay Localisation du
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multidisciplinary team is involved in the project with much excellence and expertise in the topic. An example of a recent related research can be found here: https://doi.org/10.1016/j.ensm.2025.104742. New ideas
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millikelvin and can reach large magnetic fields. Our expertise lies in electric, thermoelectric, and thermal experiments for studying quantum materials in extreme conditions. https
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field samples. At LPCV, you will contribute to the research themes of the Photosymbiosis team led by Johan Decelle (https://photosymbiosis.com/), to apply cryo-ET on symbiotic organisms. You will