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You are here: Home / Teams / Information, Apprentissage, Numérique / Research Themes / Machine Learning, Computational Physics, and Numerical Studies

Machine Learning, Computational Physics, and Numerical Studies

Existing synergies between Machine Learning, computational physics and studies about numerical approaches are conducted in this theme. With that, we want to develop and promote AI for Science, as well as Science for AI, and integrate that in Computational physics and Data processing.

Contacts for this research theme

Patrice Abry, Benjamin Audit, Pierre Borgnat, Louis-Alexandre Couston, Corentin Herbert, Adrien Meynard, Pablo Jensen, Nelly Pustelnik, Stéphane Roux, Stéphane Santucci, Julian Tachella

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Domain-Informed Machine Learning

Informing ML with models or prior knowledge can combine both traditional methods and deep learning ones for enhanced performance, efficiency, and stability, in an approach of Science for AI

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Computational Physics and Machine Learning

Use of ML and DL to improve methods of computational physics, in an approach of AI for Science

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Impact of digital technologies

Environmental impact and its mitigation of computation. Reflexion on the indirect impacts and the widespread use of these technologies.

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