Repositories and Learning Notes

This page is generated automatically from the public GitHub API and manual curation overrides.

Featured public repositories

Latex-Hands-On (HTML): webcourse material for getting started with LaTeX.
IntroTDA (Jupyter Notebook): introductory notebooks for topological data analysis algorithms.
Models_MA3001B (Jupyter Notebook): modeling course content and support materials.
TDANotes (TeX): lecture notes for MA2007B.
ComplexHyperbolicHausdorffDimension (Python): numerical approximation experiments for Hausdorff dimension in complex hyperbolic settings.
DMRVSlides (JavaScript): seminar slides about Deligne-Mostow representation varieties.
MetodoNewtonSlides (JavaScript): short instructional slides on Newton's method.
MA1002B (HTML): auxiliary material for differential equations modeling coursework.

qgss-2026 (Jupyter Notebook): fork for quantum summer school material exploration.
micai2025-langgraph-tutorial: forked tutorial on multi-agent workflows with LangGraph.
LinearAlgebra (JavaScript): reveal-hugo based presentation framework fork.
manim: fork of the animation engine for mathematical visualization workflows.
hugo-theme-stack (HTML): theme reference and experimentation fork.

Teaching repositories work best when each unit has a reproducible notebook and a short README with expected outcomes.
Slide repositories are easier to maintain when they include a single source of truth for assets and bibliography.
Research code is more reusable when notebooks are paired with lightweight scripts for data preparation and plotting.
Forked repositories are useful for prototyping, but production teaching/research material should move to independent repositories with focused documentation.

This page includes only public repositories from the current GitHub profile.
Repository metadata (language, description, archive status) is synced from the public GitHub API.
Curation and ordering are controlled in content/extra/github_repositories_overrides.json.