I am a researcher investigating how complex behaviors arise in large-scale systems in nature. My research explores emergence in high-energy particle physics, studying a remarkable phenomenon known as QCD confinement in which intricate many-body interactions between quarks and gluons give rise to nearly all the mass in the visible universe. I develop novel approaches to analyze data from the Large Hadron Collider, including employing machine learning and quantum computing, to capture clues about how these complex dynamics arise.
I am increasingly interested in an equally profound occurence of emergence: the rapid increase in performance of machine learning models such as GPT-4 with scale. I am eager to investigate how the interplay between scale, architectural design, and fine tuning strategies can lead to intelligent behaviors. I am actively seeking collaborations with experts in machine learning research to develop techniques that allow for a more comprehensive understanding of these models’ internal representations of high-level information.
PhD in Physics, 2018
Yale University
BS in Physics, Mathematics, 2012
University of Washington
Analyzing data to study emergent behaviors of the strong force
Deploying state-of-the-art tools to interpret and guide measurements
Simulating open quantum systems on near-term quantum devices
30th International Conference on Ultra-relativistic Nucleus-Nucleus Collisions
15th International Workshop on Boosted Object Phenomenology, Reconstruction, Measurements, and Searches at Colliders
11th International Conference on Hard and Electromagnetic Probes of High-Energy Nuclear Collisions
Selected articles
I encourage you to consider taking the Giving What We Can pledge to donate a minimum of 10% of your income to effective charities. I found this podcast to make a quite compelling case for doing so.