Peer-reviewed papers, my Ph.D. thesis, selected talks, and honors. My name is bolded in each author list. The complete, canonical record lives on INSPIRE-HEP.
The Flow of Energy in Quarks, Gluons, and Jets. My doctoral thesis, advised by Jesse Thaler, builds the analytic and probabilistic foundations of energy-correlator observables and the mathematics behind parton-shower simulation — and connects them to real collider data.
Invited: ATLAS Jet Definitions subgroup, CERN (2021); LHCP (2022); "Jet Physics: From RHIC/LHC to EIC," Stony Brook Center for Frontiers in Nuclear Science (2022). Contributed: Boost 2021 (remote), Boost 2022 (Hamburg), Boost 2024 (Genova).
A public talk introducing the physics of quarks and gluons and my work on removing detector noise and contamination from particle data. MIT, 2025.
Talks and posters at the UCSB Undergraduate Research Symposium and CCS RACA-CON (recordings at KITP)
Interactive student seminars I organized and led.
For a graduating senior of exceptional research promise.
Judged four editions of this international tournament for middle- and high-school teams.
Founding member of Graduates Advising Graduate Admissions; reworked prompts to broaden access.
A student club teaching quantum mechanics through the path-integral approach.
