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multitechnique approach, using ion beam imaging/spectroscopy, for example. In this context, the postdoctoral associate will be in charge of developing an operando/in situ cell compatible with ion beam analysis
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THE MAIN MISSIONS : As a member of a team of 8-10 energy systems modellers, you contribute to the development, maintenance and use of energy-economy-environment models. You propose new research and
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and synthetic kerosene), is one of the solutions envisioned to decarbonise certain sectors such as the steel industry and sea and air transport. The development of a European hydrogen transport network
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. The approach used relies on developing machine-learning interatomic potentials based on ab initio calculations, which are then employed to perform large-scale classical molecular dynamics simulations. However
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shine and develop your skills. WORKING ENVIRONMENT ( MANAGER AND TEAM) : The size of the team will allow you to have close relationships with management and your colleagues. You will be in charge of
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resources to carry out your assignments. YOUR ASSIGNMENTS: The internship will develop and implement scalable, high‑performance algorithms for transient Lindblad dynamics tailored to the multi‑level Rydberg
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development potential. Training to strengthen your skills or acquire new ones in embedded electronics, information technology, telecommunications, and/or cybersecurity. In accordance with the CEA's commitments
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focuses on the analytical synthesis of broadband and dual-band matching networks and power combiners for 6G radar applications. The objective is to develop a component library for integration
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The successful candidate will be responsible for: 1. Develop the numerical and analytical tools required to design these tunable random architectures and predict the mechanical behavior
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to collaboratively train machine learning models without sharing their data. Instead, clients exchange local model updates with a central server, which uses them to improve a global model. While this paradigm enhances