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Field
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to better represent hydrogen demand flexibility in both models; implement the required changes in ANTARES (b) Analyse and interpret model results - Process and analyse the outcomes of the models developed in
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, and spectroscopy (visible and UV); micro-photoluminescence techniques; basic knowledge of cryogenics and cryostat operation (liquid helium, closed-cycle systems). Familiarity with safety procedures
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language (preferably C++). English (written and spoken) – C2 level Additional Information Selection process daniele.di-pietro@umontpellier.fr , jerome.droniou@umontpellier.fr Work Location(s) Number
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their characteristics calibrated using the fine-grained procedure used by Coulomb et al. (2023). This research will be carried out at the CNRS Centre International de Recherches sur l'Environnement et le
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for model creation and operation Write scientific articles Supervisory duties Number of staff supervised Category C : 1 Ability to integrate into a project involving more than ten people Computer languages
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rate Access to sports, university libraries and other activities on campus Eligibility criteria CV + cover letter highlighting your relevant skills Selection process Deadline for receipt of applications
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specialist in high-resolution spectroscopy Have a good knowledge of methods for extracting stellar radial velocity A good knowledge of the processes occurring in the photosphere of active stars and numerical
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, as the applications will be processed upon reception. Please apply ONLINE formally through the HR system. Applications by Email will not be considered. All qualified individuals are encouraged to apply
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organizing and conducting field sampling and measurement campaigns. They will be responsible for acquiring data, processing results, and promoting the knowledge gained. Their mission will be to characterize
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movements by correlating Planetscope satellite images: testing, validation, and development of specific processing methods. This postdoctoral position is funded by the Labcom project. Catastrophic ground