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I'm an undergraduate at UC Berkeley double majoring in Applied Mathematics and Computer Science with a minor in Physics. My interests lie at the intersection of all of these fields. I'm particularly interested in foundational theories of artificial intelligence. Currently, I'm working at a small lab in the Redwood Center for Theoretical Neuroscience, where I work on Learning Mechanics: the emerging discipline that treats deep learning the way physics treats the natural world; seeking compact mathematical principles, tight connections between theory and experiment, and simple, intuitive explanations for complex phenomena.

I collect my thoughts in a digital garden—some polished essays, others messy learning notes. Feel free to explore.

Projects

	Learning Mechanics DeCal Fall 2026 I'm designing a course that gives an introduction to Learning Mechanics. The course is built around the perspective paper There Will Be a Scientific Theory of Deep Learning (Simon et al., 2026)
	Deep linear networks are a surprisingly useful toy model of weight-space dynamics April 2026 What/why/how do deep neural networks learn? I co-authored this blog post for learningmechanics.pub to explain how a toy model (deep linear networks) can elucidate and make concrete intuition about deep learning.