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while improving productivity, performance portability, scalability and resilience, performance and energy efficiency. The NumPEx Exa-DI project aims to improve and accelerate the development of exascale
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selectivity performances of the corresponding membranes for CO2/CH4, C3H6/C3H8 separation as well as water desalination. More specifically, we will implement a non-equilibrium MD simulation scheme to perform
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spatial accuracy of approximately 5 nm and temporal accuracy of 2 to 5 ms in cell cultures on coverslips. The aim of this project is to achieve the same performance in depth in biological tissues
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workflows, manage computational tasks on high-performance computing platforms, and compile a standardized database following FAIR (Findable, Accessible, Interoperable, Reusable) principles. This database will
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effects on the performance of an integrated circuit (IC). 2. Identification of aging and/or performance signatures that can be extracted using non-invasive and non-destructive methods, such as imaging
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have access to the state-of-the-art general relativistic radiative particle-in-cell code Zeltron, and to high-performance computing facilities at the French and European levels. IPAG is a major French
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for synthesizing electrospun membranes tailored to the requirements of our research and development projects. - Optimize synthesis parameters to enhance membrane performance in terms of selectivity, permeability
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behavior, in particular during impact scenarios such as the rebound of a quasi-rigid ball on the foam. Depending on the scale considered, simulations may be performed either on explicitly modeled
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to improve predictive performance and interpretability. By combining methodological innovation in AI with applications in human genetics, cancer genomics, and plant genomics, AI4GI aims to advance our
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Microscope (SEM). - Perform simulations of tensile tests and nanoindentation in materials produced via Laser Powder Bed Fusion additive manufacturing. - Compare the resulting dislocation microstructures with