Solar & stellar astrophysics
Research
I study the Sun through its oscillations and atmospheric waves, while continuing a research thread in young-star accretion that began during my undergraduate work.
Atmospheric gravity waves
My graduate research includes atmospheric-wave diagnostics in the lower solar atmosphere. I co-authored Atmospheric Gravity Waves Modulated by the Magnetic Field Configuration, published in The Astrophysical Journal in 2025.
Read the 2025 paper →02 · Stellar research · 2021–2022
Accretion in young stars
With Prof. Katherine B. Follette and Dr. Connor Robinson, I worked on accreting protoplanets and disk-host star variability in the Giant Accreting Protoplanet Survey. My senior thesis examined second-to-minute Hα variability in transitional disk host-stars, and I continued that analysis as a post-baccalaureate researcher at Amherst College.
Read the detailed project, figures, and results →Interactive transverse-wave interference
Explore how two transverse waves combine as you adjust their direction, frequency, amplitude, phase, and polarization.
Solar wave simulations
Numerical visualizations of atmospheric gravity waves, wave conversion, and magnetic infall.