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crucial for optimizing performance in future fusion reactors. This project aims to explore the interaction between EP-driven instabilities and microturbulence using the Gyrokinetic Toroidal Code (GTC), a
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of quantitative methods of data processing and analysis, optimization and scientific programming, in the following areas. * The search, structuration and analysis of economic, energy and emissions-related data
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of market-making algorithms (for threshold selection, and finding the optimal size of windows/batches)
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and linear programming. Familiarity with other optimization methods (e.g., MCPs) and energy technologies of strategic interest to the CEA (such as nuclear, hydrogen and related derivatives) is an asset
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. Personalized Federated Diffusion with Privacy Guarantees. 2025. [8] Fang et al. GIFD: A Generative Gradient Inversion Method with Feature Domain Optimization ICCV 2023. [9] Bonawitz et al. Practical Secure