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, jupyter notebooks, etc. The research engineer will carry out: i) Analysis of the issues related to the different use cases. ii) Performing massively parallel simulations iii) Development of the necessary
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for the electrochemical community. In this work, we aim to study the mechanical properties of electrodes during charge/discharge cycles, in parallel with the ionic insertion/deinsertion phenomena observed by
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functionalities to enable these features. In parallel of this work, the retained physicist will be able to start or continue researches on different science topics, for galactic or extragalactic objects
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alloying or electrodeposition (e.g., Prussian Blue), while benefiting from plasmonic enhancement of spectroscopic sensitivity. In parallel, functionalizing TFBGs with MOFs (ZIFs) and amine groups will allow
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and medium-scale computing environments (Linux, job schedulers, parallel computing). • Familiarity with data analysis, visualization, and handling large scientific datasets. • Ability to run, adapt
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the use of fluorescence microscopy, biochemistry, molecular biology, and bacterial genetics approaches. In parallel with the research project, the candidate will participate in laboratory activities (shared
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mixture in the pre-vaporized state. Physical analysis and comparisons with multi-physics simulations carried out in parallel at the EM2C laboratory will identify the key mechanisms to derive low-order
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parallel. The objective of this thesis offer will be to contribute significantly to the development of a biocultural food barometer for Papua New Guinea, adapted to the cultural context, in order to better
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sequence swapping between PCPE1 and PCPE2 to identify the important residues for PCPE2 inhibitory function (molecular biology, activity assays, surface plasmon resonance). In parallel, we will try to solve