I'm a physicist studying the geometry, symmetry, and dynamics of representations learned by neural networks @ the Geometric Intelligence Lab, UC Santa Barbara.
MIT '21 · PhD Candidate in Physics @ UC Santa Barbara · Advisor: Prof. Nina Miolane
I am a physics PhD candidate at UC Santa Barbara working at the intersection of deep learning and computational neuroscience. I study how neural networks build internal representations that support computation.
My research uses dynamical systems theory, group theory, and geometry to understand emergent structure in deep learning systems. I am especially interested in how learned representations are shaped by the interplay between task structure, network architecture, and learning dynamics.
Before UCSB, I earned my S.B. in Physics from MIT in 2021. During my PhD, I have also worked with Atmo as an AI Researcher building deep learning models for large-scale atmospheric forecasting.
I also help organize NeurReps, the NeurIPS Workshop on Symmetry and Geometry in Neural Representations.
A Python package for Riemannian geometry in machine learning. Contributor since v2.6.0.
github.com/geomstats →Research code for sequential group composition experiments, related to the ICML 2026 paper.
github.com/geometric-intelligence/group-agf →