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of algorithms for each use case and foundation model. The latter tasks will involve close interaction with the partners responsible for the development of the language models and the partners responsible
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-capacity detector. Its objective is to achieve the quantitative determination of metallurgical evolutions, resolved in time but also in space, of chemical compositions (concept of combinatorial metallurgy
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for the development of critical systems. However, there has not yet been a lot of effort in formalizing these languages, their semantics or their execution model. The goal of this research project is to
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neuroscience, particularly in the study of the mechanisms, role and pharmacology of ionotropic glutamate receptors (iGluRs). It is based on the development of a multi-scale approach combining protein engineering
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mapping their spin textures at the atomic scale using quantum magnetometry techniques. The work will also involve processing, analyzing, and interpreting STM/S data, contributing to instrumental development
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the effects of microplastics (MPs) on early development and thyroid physiology in a model aquatic vertebrate, the amphibian Xenopus laevis. The main missions will be: To conduct and analyze exposure experiments
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advance an interdisciplinary project focused on the development of selective bifunctional degraders to eliminate extracellular Cathepsin D. Elevated levels of extracellular Cathepsin D contribute
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new technologies related mainly to the Internet of Things, the use of large amounts of data, and the autonomy of systems due to the development of AI. The effect can be beneficial, for example by
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laminar organization within cortical-like structures. Through these studies, we seek to advance the development of a physiologically relevant human brain organoid model that more accurately recapitulates
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formation and their evolution in Taiwan. A limited number of chamber experiments will be conducted to supplement the modelling results and refine the interpretation of ozone production processes. Within