Research & Publications
Research Overview
I am interested in developing provable algorithms and lower bounds for simple structures or phenomena that explain learning in interactive, adaptive, and modern machine learning systems. To be more precise:
- Online learning & learning in adaptive environments. I am interested in online learning, learning dynamics in games, reinforcement learning.
- Deep learning theory. I am interested in optimization and learning dynamics, model expressivity, and generative models such as diffusion models.
- Sampling & statistical estimation. I am interested in a lot of algorithmic statistics related question, especially sampling and robustness.
- Classical learning theory. I am interested in classical PAC learning theory or related style frameworks about sample complexity of learning, active learning, etc.
Across these areas, I tend to gravitate toward clean theoretical questions with an extremal or optimization flavor: sharp thresholds, minimax rates, optimality guarantees and lower bounds.
You can also find my publications on my Google Scholar profile.
If you are interested in collaborating, feel free to reach out at viverson@mit.edu.
Publications & Preprints
denotes representative work.
Talks
I am deeply grateful to my mentors, collaborators, and friends who have profoundly shaped my path as a researcher. I extend particular gratitude to Xiaoheng Wang for introducing me to mathematical research; to Stephen Vavasis and Gautam Kamath for being among the first to mentor me and involve me in machine learning theory research; and to Argyris Mouzakis for his invaluable mentorship and many helpful discussions. I am also indebted to Shai Ben-David, Aukosh Jagannath, and Jeffrey Negrea for inspiring my interest in this field.
