COMPUTATIONAL PHYSICS
Me and my work
I study Physics and Data Science at UC Berkeley. I currently do research in computational physics at the Lawrence Berkeley National Lab. I am primarily interested in physics research, especially in astrophysics and space sciences. I also do full-stack web development, and I occasionally publish apps, games, and software for fun in my spare time.
LORENZ ATTRACTOR // CHAOS THEORY
My recent research work in physics and related fields
Los Alamos National Lab
X Computational Physics Division
Developing exascale multiphysics particle-in-cell plasma simulations on high-performance computing clusters
Lawrence Berkeley National Lab
Prof. Saul Perlmutter Group
Constraining cosmological parameters via Bayesian inference of strong gravitational lensing systems on the PERLMUTTER supercomputer
National Solar Observatory
Daniel K. Inouye Solar Telescope
Magnetic field inference via simulation of radio emission through magnetohydrodynamic models of the solar atmosphere
A collection of released projects
Dynamic desktop engine
Web-based interactive wallpaper engine for Windows. Available on the Microsoft Store. Featured on Hackaday, ProductHunt, GitHub trending, and more.
Rapid-fire multiplayer word game
A lobby-based multiplayer online word game. A challenge in UI/UX and algorithmic design.
3D flight engine on the web
An experiment in procedural terrain generation, turned into a multiplayer flight dynamics and exploration game.
An exploration in high-performance modeling
64-bit-precision multi-threaded Mandelbrot fractal explorer written in C++, ported to the web with WebAssembly.
Fighting climate change from home
A mobile app to incentivize users to fight climate change from home. Recognized by U.S. Congress with a certificate of Special Congressional Recognition.
Machine learning suite for genomics
A neural network framework for genotype-to-phenotype prediction. Created as a John and Violet Kay Research Fellow.
Online 2D physics sandbox
A playground for building automatic contraptions with joints, motors, and heaps of physics.
Solar simulations at radio frequencies
A Python library to simulate particle interactions and radiation mechanisms in the solar corona. Created for the National Solar Observatory.
Reconstructing images from fMRI brain scans
Latent diffusion model pipeline for reconstructing visual input from fMRI brain scans. Created as part of Neurotech@Berkeley.