I love exploring physical concepts through computation, including Julia and Python code. My focus for the last three years of open-source hobby projects has been astrodynamics. At my highest aspiration, I want to create an ecosystem of packages that helps students to explore the solar system without having to learn complicated interfaces! I've also dabbled in other small projects: see my in-development experimental Python package manager, CommonLicenses.jl, and my other unpinned projects!
Brief Portfolio
GeneralAstrodynamics.jl is the largest open source software project I have created. It contains graduate astrodynamics research codes which find halo orbits, and invariant manifolds about those orbits, throughout the solar system. I am working to break this larger package into constituent parts, including AstrodynamicalModels.jl and AstrodynamicalCalculations.jl. In the future, I hope to add hooks into ephemeris fetching & parsing packages that I have published: SPICEKernels.jl, SPICEBodies.jl, HorizonsAPI.jl, and HorizonsEphemeris.jl.
Julia's pakage manager allows users to simply replicate environments without much effort. Python is an older language with older package distribution infrastructure. Can Julia's easily-replicatable environments be adapted to Python? Possibly! I'm trying some ideas out in dimples.
See also opinionated (and a bit cursed) namespace hygiene and scoping within module-hygiene and block-scopes, and Markdown-like admonition blocks (in the style of Julia's in-terminal admonition blocks) in rich-admonitions.
When you write open-source computational documents in Julia, consider CommonLicenses.jl! This package allows you to easily paste license contents inline, without working about links or manually pasting license text.
In the coming years, I hope to continue exploring physical concepts through computation with Julia and Python. Along the way, I'll release any potentially useful substantial pieces of code as open source software.