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, parallel research axes: pushing model accuracy on systems of several thousand atoms with an IWAE architecture; equipping it with the ability to quantify its own uncertainty — a prerequisite for any use
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suggest that clock glitches induce sampling faults on sensitive sequential elements, but the corresponding fault models remain to be formally validated. In parallel, CEA-List has developed µArchiFI [3-4
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réduire les performances de lecture et de manipulation des qubits. Intégré à un laboratoire de recherche en conception intégrée, et en particulier au sein de l’équipe quantum computing, vous aurez
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library for computing the elementary matrices associated with near, singular and quasi-singular interactions using advanced integration methods from the literature [2–6], or variants to be defined as
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combining machine learning and large-scale atomistic simulations on high-performance computing (HPC) systems. It offers the chance to work on a cutting-edge project, with potential to continue into a
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and Propagation Laboratory continues to innovate in the field of next-generation radio frequency telecom infrastructures. It brings together around thirty experts and cutting-edge computing and
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initially dedicated to microelectronics. The laboratory gathers knowledge of devices and technologies in nanoelectronics for quantum computing. You may be interested in these vacancies STAGE
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environments, with a focus on efficiency in surface, power consumption, and computing performance. You may be interested in these vacancies STAGE - Ajustement des coefficients de diffusion à l'aide des
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Physics, specializing in neutronics or nuclear engineering Computing skills: Proficiency in C++ (as the core computational kernels are written in this language) Applied mathematics skills: Numerical
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-design engineer for future computing architectures in HPC - M/F Ref. : 2026-39914 Fixed-term contract Essonne (91) Saclay Legal notices Cookies Configure your cookies Accessibility: partial compliance Sitemap Go to top