Planetary Science undergraduate (Chemistry track) at Nanjing University.
I care about how unfamiliar worlds work: how planetary environments form and evolve, what controls habitability, and how life — or traces of it — can originate, persist, and be detected. Over a longer horizon, that curiosity extends to humanity's future beyond Earth and how we may eventually interact with planetary environments.
🔭 Currently exploring: Mars & terrestrial analog environments · spectroscopy + ML · AI for planetary science
🧪 Research background: astrobiology experiments on PAHs under simulated extraterrestrial conditions · trace-organic & GC–MS workflows · analytical/isotope geochemistry
🛠 Also building: reproducible, inspectable systems — scientific computing · data pipelines & provenance · versioned data contracts · testing
🌐 Website · CV
- planetary-geochemistry-coursework — planetary, isotope, computational & analytical geochemistry coursework with reproducible workflows
- conop9-penalty-validation — Python reproduction & cross-solution validation of CONOP9 penalty functions
Counter-Strike 2 is a long-running personal interest, and I build software around problems I genuinely care about in the game and its competitive ecosystem.
- cs2-demo-analysis-kit — local-first CS2 demo analysis platform and reusable TypeScript/Python analysis stack
- RivalHub — open-source tournament management platform built around real university esports operations
I like ML/AI best when it is grounded in well-defined data, explicit assumptions, and meaningful validation — the same standard I try to apply across scientific and software work.
