I'm an undergraduate at UC Berkeley studying physics, statistics, and computer science. I'm broadly interested in quantum device engineering and information, as well as statistical models of learning.
I contribute to superconducting qubit research at Berkeley's Quantum Nanoelectronics Laboratory (assoc. LBNL) and Quantum Devices Laboratory. At Launchpad, I work on projects with interesting applications in machine learning.
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A data-driven approach to spectral mode selection in Fourier Neural Operators using condition number analysis and ridge regression. Presented at Yale's YURC 2026 conference.
A superconducting qubit measurement workflow for RFSoC QICK boards.
An improved desktop PDF viewer with a focus on lightweight, fast performance and various convenience features for viewing academic papers.
The Matched-pair Inverting Nonlinear Generator (MING) diode. A Chua-style diode with a piecewise-linear I-V characteristic using matched JFET behavior, op-amp signal conditioning, and bias networks to create a tunable nonlinear port.
An implementation of a homomorphic certified deletion scheme with quantum computing at Berkeley.
A superconducting qubit measurement workflow for RFSoC QICK boards.
An improved desktop PDF viewer with a focus on lightweight, fast performance and various convenience features for viewing academic papers.
The Matched-pair Inverting Nonlinear Generator (MING) diode. A Chua-style diode with a piecewise-linear I-V characteristic using matched JFET behavior, op-amp signal conditioning, and bias networks to create a tunable nonlinear port.
An improved news source combined with an academic paper-reading engine.
An intelligent social bucket list app. Built during CalHacks 12.0.
An implementation of a homomorphic certified deletion scheme with quantum computing at Berkeley.
Miscellaneous content.
A list of notes and educational content I've made: Crib Sheets.