I am an incoming Stanford Graduate Fellow with an interest in the phenomenological aspects of high-energy and statistical physics,
as well as creative visualizations of physics for public outreach. Welcome to my little corner on the interwebs :)
N.B. I have a bad habit of starting too many new projects before finishing old ones. This may not bode well for my academic career–we shall see!
Notes
I keep typed-up notes on some astrophysics textbooks, as well as standalone topics. Some are intended for popular consumption, others more technical.
- Axions + using MESA to simulate the lives of stars (2025)
- Gravitational memory, a brief introduction (2025)
- What’s “topological” about topological defects? (2024)
- How do fundamental particles work? (2024)
- Relativistic fluids from relativistic dust (2024)
- Notes on Dodelson & Schmidt, Modern Cosmology (WIP, 2023–)
- Notes on Carroll & Ostlie, Introduction to Modern Astrophysics (Parts I & II, 2022)
- The wave optics of gravitational lensing (WIP, 2024–)
- Math/physics/astro book recommendations
Shenanigans
Handcrafted, artisanal, qualia-ful and ai-free artsy-fartsy-nerdy stuff—
- Beetle exoskeleton simulator (WIP, 2026)
- Quantum statistical mechanics classroom aid (2026)
- Starherd: Stellar evolution visualizer (WIP, 2023–)
- Rippleweave: Pretty function grapher (2022)
- Polarizar: Janky visual odometry for janky robots (2023)
- Map.ahs.app: A voxel world (2022)
- Cliques: A rip-off of Set (2019)