Theoretical physics researcher · Scientific-computing builder
I am a PhD student at the Institute of Theoretical Physics, Chinese Academy of Sciences. I build small, auditable tools for scientific computing, paper reading, and research workflows—especially where notation, assumptions, provenance, and reproducibility matter.
Also known as 358footman on Bilibili.
- Theoretical physics and scientific computing
- Density-functional theory and reproducible numerical workflows
- Source-grounded tools for learning, research, and technical communication
- theoretical-physics-teach Source-driven study of theoretical-physics papers with preserved notation, reconstructed derivations, and resumable Obsidian notes.
- RealSpaceDFT-GTH A simple real-space DFT solver with GTH pseudopotentials in Python.
- pure-math-for-theoretical-physicists A bridge from pure-mathematics papers to the questions and language of theoretical physics.
- bilibili-transcript-refiner An auditable Bilibili transcript workflow with local ASR, timestamps, checkpoints, and correction-risk checks.
Physics-aware preflight checks for LaTeX papers: conventions, notation, rescaling, and equation-level consistency.
Python · Julia · JAX · Quantum ESPRESSO · LaTeX · Obsidian · Codex
Reproducible experiments · Explicit assumptions · Source-grounded outputs · Honest limitations