Research highlight
Assistant Professor
My research interests are in the physics of rainstorms and atmospheric circulations in a changing climate. I am particularly interested in what environmental factors control the temporal and spatial scales of rainstorms, how will the characteristic scales of rainstorms change in a warmer climate, and how the collective effects of individual rainstorms, in turn, shape Earth's climate.
News
July 2026: Our team has been selected as part of the inaugural cohort of the U.S. Department of Energy’s Genesis Mission. The project will develop AI-enabled approaches to advance the understanding and prediction of atmospheric rivers and high-impact weather and climate.
More details in the Stanford Report: Stanford and SLAC to lead Genesis Mission projects
July 2026: My student Lin Yao successfully defended her dissertation and earned her Ph.D. from UChicago! She will soon begin a CICOES Fellow at the University of Washington.
Apr. 2026: My student Lin Yao has received a CICOES Fellowship at UW. Congratulations!
Mar. 2026: I joined the WGSIP/WGNE MJO Task Force, World Climate Research Programme (WCRP).
Oct. 2025: I joined the Department of Geophysics at Stanford.
Mar. 2025: My student Lin Yao has been named a 2025 GFD Fellow at Woods Hole Oceanographic Institution. Congratulations Lin! Also, a big shout-out to Heng Quan for being selected as a GFD Fellow. It was a pleasure working with Heng during the last Rossbypalooza Summer School!
Nov. 2024: Our work on atmospheric rivers was featured by UChicago News.
Nov. 2024: Our paper "Vapor Kinetic Energy for the Detection and Understanding of Atmospheric Rivers" was published in Nature Communications.
Aug. 2024: Our paper "Vapor-Buoyancy Feedback in an Idealized GCM" was published in the Journal of Climate.
Aug. 2024: My student Lin Yao has received an Outstanding Student Oral Presentation (OSOP) award for her presentation at the 24th Conference on Atmospheric and Oceanic Fluid Dynamics (AMS). Congratulations Lin!
July 2024: Our paper "Vertically Resolved Analysis of the Madden-Julian Oscillation Highlights the Role of Convective Transport of Moist Static Energy" was published in Geophysical Research Letters.
May 2024: I was interviewed by The Atlantic on clouds and climate change.
