MALICE Inria Team

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Lab. Hubert Curien

UMR CNRS 5516

Saint-Etienne, FRANCE

The Inria MALICE team, whose members have a strong expertise in statistical learning, applied mathematics, statistics and optimization, develops algorithmic and theoretical research focused on integrating physical knowledge into machine learning (ML) models.

Leveraging the skills present at the Hubert Curien lab in physics, MALICE aims to foster the development of new methodological contributions in Physics-informed Machine Learning (PiML) with a primary targeted application in Surface Engineering, making possible scientific breakthroughs in both Machine Learning and Physics. Our team focuses on several challenges, including (i) a limited access to training data and the availability of only incomplete background knowledge (typically in the form of Partial Differential Equations - PDEs), (ii) the need of deriving theoretical (generalization, approximation, optimization) guarantees on models learned from both data and physical knowledge and (iii) a strong necessity to transfer knowledge from one dynamical system to another. The advances carried out in machine learning allow to better understand the physics underlying the mechanisms of laser/radiation-matter interaction, enabling to address numerous societal challenges in the fields of space, nuclear, defense, energy or health.

MALICE envisions its activity according to the following three objectives:

1: Theoretical frameworks when learning from data and background knowledge
2: Integration and extraction of knowledge via physics-informed ML models
3: Domain generalization and transfer learning between physical dynamics

Open positions CR/ISFP

Contact marc.sebban@inria.fr in case you wish to apply to an Inria research associate (CR or ISFP) position in our team

news

Sep 20, 2025 We are delighted to announce that Quentin Bertrand has just been appointed an Affiliate Member of MILA- Montreal (Canada)!
Sep 19, 2025 We are thrilled to share that our work on the generalization of flow matching deep generative models was accepted at NeurIPS 2025 as an oral! (TOP 0.3%) See you in San Diego! Read the article here
Sep 18, 2025 Our paper Conformal Online Learning of Deep Koopman Linear Embeddings has been accepted to NeurIPS! Read the article here
Aug 20, 2025 We are pleased to announce that Remi Emonet’s project DATES has been funded through the ANR PRCE call!
Aug 19, 2025 We’re happy to share that Marc Sebban’s project ACOULAK has been funded through the ANR PRC call!
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