My primary research interest is in machine learning, with a focus on deep learning for structured data. Specifically, I study how to apply deep learning techniques to sets, graphs, point clouds, surfaces, weight spaces and other data types that have an inherent symmetry structure. My goal is twofold: first, to understand and design deep learning architectures from a theoretical perspective, for example, by analyzing their expressive power; and second, to demonstrate their practical effectiveness on real-world problems involving structured data.
Selected Awards
Best paper award, Workshop on Symmetry and Geometry in Neural
Representations, NeurIPS 2024.
Alon scholarship for the integration of outstanding faculty (Israel Council for Higher Education). 2024
Best paper award, Workshop on High-dimensional Learning Dynamics, ICML 2024.
The Robert J. Shillman Career Advancement Chair, Technion. 2023. Outstanding Paper award, ICML 2020.