About.
I graduated from Carnegie Mellon University in 2025 with a B.S. in Experimental Physics and a minor in Artificial Intelligence. I was interested in condensed matter physics and AI, and took courses in computational physics and deep learning.
From 2023 to 2025, I worked as a research assistant at Hunt Labs. I designed and built a two-axis actuator that could operate below 3 K, allowing samples to be tilted during an experiment. I also worked on RF filtration to attenuate microwaves and helped graduate researchers diagnose and repair a scanning tunneling microscope.
After graduating, I worked with another engineer on SGEN, a distributed GPU compute platform, where I handled authentication and access controls across six services. More recently, I’ve been working on Scenegraph, which uses character and relationship memory to analyze dialogue, and Hum To Search, which matches a hummed melody to a song.
I’m curious by nature. My interests in physics and computer science have grown from following that curiosity.
Experience.
Hunt Labs
2023–2025Research Assistant · Carnegie Mellon University
I designed and built a two-axis cryogenic actuator that operated below 3 K, letting researchers tilt samples in place to vary the magnetic flux through them. I worked on RF filtration to attenuate microwaves and helped graduate researchers diagnose and repair a scanning tunneling microscope.
I worked on sample preparation, fabrication, and measurements for Graphene Whiskers. The project used long, narrow cuts in graphene to help maintain the relative rotation between layers near the magic angle, where superconductivity can emerge.
