San Sebastián - Donostia, Spain
April 08-10, 2025

- LAVOISIER DISCUSSIONS -

  The "Lavoisier discussions" (LD) are specialized foresight seminars and round table discussions on an emerging theme covered by the research network GDR HOWDI / GDR-I
Within the frame of AI4AM event, the LD will be focused on – AI for 2D Materials Production, Characterization & Design – As evidenced by the 2024 Nobel Laureates in Physics and Chemistry, AI for materials design has become the focus of a lot of attention and the whole research community working on 2D Materials, a community which is currently recurring more and more to AI-type of tools for materials production, characterization and theoretical design, so a LD on these topics was urgent. During the LD, short talks by researchers actively involved in this topic will be complemented by round tables to discuss opportunities and challenges for the community.
 INVITED
 
Sonia Conesa Boj
TU Delft
The Netherlands
Minh Tuan Dau
Université Côte d’Azur, CNRS, CRHEA
France
Simon Dubois
UCL
Belgium
José-Hugo Garcia
ICN2
Spain
Romain Gautier
IMN
France
Nicola Marzari
EPFL
Switzerland
 
Antonio Rossi
IIT
Italy
Jan-Lucas Uslu
Stanford University
USA
Chiara Zanardi
Ca´​ Foscari University of Venice
Italy
 
 
Sonia Conesa Boj (TU Delft , The Netherlands)
Machine Learning from the Large Hadron Collider to van der Waals Materials
Minh Tuan Dau (Université Côte d’Azur, CNRS, CRHEA, France)
Towards data engineering and model selection in predictive regression of 2D materials properties
Simon Dubois (UCL, Belgium)
Inference based model Hamiltonians balancing accuracy, interpretability and data efficiency
José-Hugo Garcia (ICN2, Spain)
Equivariant AI-based models for accurate electronic Hamiltonians
Romain Gautier (IMN, France)
Machine Learning Design of Low-Dimensional Hybrid Metal Halides with Perovskite Structure Type
Nicola Marzari (EPFL, Switzerland)
The electronic-structure genome of inorganic materials
Antonio Rossi (IIT, Italy)
AI-Driven Protocol for 2D Materials Growth: Integrating Adaptive Synthesis and Spectral Analysis
Jan-Lucas Uslu (Stanford University, USA)
Maskterial: A Foundation Model for 2D Material Flake Detection from Optical Images
Chiara Zanardi (Ca´​ Foscari University of Venice , Italy)
How artificial intelligence can help in an unusual detection of ions in sweat by graphene oxide and hexacyanoferrate modified electrodes
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