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this continental surface undergoing rifting as well as the associated depositional environments and reliefs (i.e., paleo-geological mapping method, Year 1). the doctoral candidate will then perform a numerical
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instrumentation; 3. Budget administration relative to the purchase and consumption of shared plastic and glassware, research devices (i.e. cryo-electron microscopy grids), and chemicals, also involving price
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paradigm (e.g. associative memory) 2) Assessing the dynamic changes in brain activation related to the different steps of learning and memory formation (i.e. acquisition, consolidation and recall). 3
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for surveillance. Still, developing new, high-quality genotyping schemes (i.e., dedicated wg/cgMLST methods) for emerging bacterial pathogens, and integrating their usage in nomenclature platforms, remains a
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are on the order of several tens of kT, i.e., an order of magnitude larger than the typical thermal energy fluctuations responsible for Brownian motion. Significant recent activity was thus devoted to addressing how
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. We will focus on the electrolyte path, i.e. introducing hydrophobic cations, such as TBA (we will use the TBACl aqueous electrolyte), and quantifying their effect on (i) EDL structure (both ions and
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status will have to be deciphered, i.e., to determine whether in addition to being a predictive marker, CDA could be a prognostic marker of relapse. The candidate will be asked to develop specific PK/PD
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role will be to: Perform thermodynamic simulations using CALPHAD method and Thermo-Calc Software to predict the stability range of a set of complex oxides (i.e. (Ba/Ca/Sr)(Ti/Zr/Sn/Hf)O3 , doped VO2
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resources may be provided by the Jean-Zay supercomputer. Large language models (LLMs) and deep contextual embeddings (i.e., BERT and its variants) are trained on large corpora, usually extracted from various
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-resolution reanalyses). Once statistically calibrated, this relationship will be applied to large-scale predictors from climate models (ESMs) to generate regionalized simulations (i.e., at finer resolution