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at the Laplace laboratory, where numerical and analytical models are being developed to predict plasma potential control and flux entrainment from polarized electrodes. During the third year of the thesis project
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ELiA (Engineering for Life Sciences & Applications) research team at LAAS-CNRS, which develops innovative technologies at the interface of microphysiological systems, biomaterials, microfabrication and
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hypothesis is that seismicity serves as an observable proxy for the coupled processes linking deformation, permeability evolution, fluid circulation, and hydrogen generation. The strategy consists
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to the development of energy models; • to access complementary experimental platforms; • to strengthen Franco-Canadian scientific collaborations. The project also benefits from industrial support through
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research unit of Clermont Auvergne University, affiliated with the French National Centre for Scientific Research (CNRS) and the French Research Institute for Development (IRD). It is situated on the Cézeaux
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order to: (i) enrich simplification corpora with discourse and emotional annotations; (ii) develop metrics for emotional fidelity and cognitive effectiveness; and (iii) validate the effects
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(ISCR), is to design electrochemical and optical tools to analyze this process, enabling determination of optimal conditions for surface functionalization. This will require the development of two new
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-synchronized stimulation system (rSynES), developed by Dr. Isabelle Vivodtzev, targets accessory respiratory muscles and has shown promising results in improving respiratory function. Suggesting that it may
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microbiome, and their specialized metabolites. To address this question, the project will develop an integrative approach combining chemical ecology, microbiome analysis, multimodal metabolomics, and
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on the Belin-Roche campus at University of Toulouse. The doctoral research is part of the TIRIS Scalingup Microcoredeal project, which aims to develop micro-models with a focus on designing and fabricating