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the procedure. To address these challenges, we propose to develop a bioactive and biodegradable patch designed to protect the spinal cord from amniotic fluid during pregnancy and to be delivered through a
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this project by financing the development of a first prototype to accelerate its maturation and prepare for its transfer. This project follows several research projects funded by: EIT Health, Mécénat des
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and community engagement. Main objective of the thesis: The PhD aims to develop an eco-flexible, market-aware operational framework for existing HPPs capable of reconciling techno-economic performance
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will develop a mathematical framework connecting these two systems. Starting from minimal nonlinear dynamical models, the student will investigate state-space structure and attractors, local stability
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simulations (a logic-gate-level representation of a circuit), are too slow for real-world applications and incompatible with the modularity of chiplets (limited access to complete netlists). To develop high
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neural network have been demonstrated using a single device. The main mission of this postdoc project, financially supported by IMITECH project, is to develop reservoir computing function based on a
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Description Teaching profile The successful candidate will join the teaching team in the UTC-TSH department and will be responsible for consolidating and ensuring the long-term continuity of social sciences
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, and neuromorphic circuits. • Excellence in Training: You will develop a unique hybrid profile (materials, fabrication, neuromorphic electronics) within a world-renowned interdisciplinary ecosystem
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use the Drosophila melanogaster embryo, a standard model for studying morphogenesis in vivo. The Ph.D. student will develop innovative approaches to high-speed 4D microscopy, combined with new
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involved in living organisms' response to and adaptation to environmental stresses, as well as to develop technologies dedicated to preserving the quality of our environment. These projects are conducted