Will present work titled “A High Dimensional Statistical Model for Adversarial Training: Geometry and Trade-offs” at AISTAT2025; attending the Winter School “Towards a theory for typical-case algorithmic hardness” in Les Houches, France; attending the Statistical Physics of Deep Learning school in Como, Italy, and presenting the same work during the poster session.
Research Experience
Working at EPFL on the intersection of High Dimensional Statistics, Computer Science, and Statistical Physics.
Education
PhD Student in Machine Learning and Statistical Physics at EPFL, mentored by Florent Krzakala, and part of the IdePHICS team.
Background
Research interests include Mathematical Physics, Adversarial and Robust Learning, Statistical Learning Theory, and High Dimensional Statistics. His research focuses on understanding the properties of adversarial/robust estimators in high-dimensional cases and making non-rigorous but surprisingly effective methods of statistical physics rigorous to expand the toolbox for studying high-dimensional problems.
Miscellany
Outside of research, he spends most of his time climbing (small rocks, medium walls, or big mountains), enjoys reading, and listening to music.