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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
Searches related to optimization
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