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experiments and numerical simulations and will be divided into three parts: Microstructure: 1.1. Experimental Characterization: Using X-ray tomography, image analysis with conventional tools or deep learning
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, and operation of LHCb's electromagnetic calorimeter, as well as the design of its future upgrade. Both groups are also actively working on LHCb's real-time analysis system and have a large interest in
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scenarios for possible « hydrogen » systems in the basin. This will be done using a prototype version of the TemisFlow commercial software developed by IFPEN. - The first part of the work will consist of a
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environment and adapting cellular behavior. However, this process requires energy. Since 2016 and our pioneering study demonstrating a link between cellular mechanics and cellular metabolism (Bertero et al, J
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performance studies for possible upgrades of ND280 for the high precision Hyper-K era, and they will contribute to the construction, operation and characterization of a prototype that will be built at LPNHE