A game to teach you world flags. 🇨🇳🇮🇳🇺🇸🇮🇩🇵🇰🇧🇷🇳🇬🇧🇩⋯ Read more
While learning general relativity as an undergrad, I was uneasy with the idea of torsion of an affine connection. Familiar phrases like “torsion measures how a frame twists as it undergoes parallel transport” seemed too lofty to serve as a helpful mental model. The following example is one which gave... Read more
Interactive timeline of famous scientists throughout history, using Wikidata. Read more
In brief. In \(≤4\) dimensions, there’s a simple formula for the bivector \(σ_3\) in terms of bivectors \(σ_1\) and \(σ_2\) such that \(e^{σ_1}e^{σ_2} = ±e^{σ_3}\). Abstract. We present a compact Baker–Campbell–Hausdorff–Dynkin formula for the composition of Lorentz transformations \(e^{σ_i}\) in the spin representation (a.k.a. Lorentz rotors) in terms of their... Read more
A collection of succinct but wonderfully satisfying mathematical results. Read more
Projector light show made for a multi-sensory dining experience. Read more
Literature review supervised by Dr. Jenni Adams at the University of Canterbury. I wanted to learn more about particle physics after my Bachelor’s, so a year of part-time study culminated in this literature review. I learned basic classical (and a little quantum) field theory, and read about the “strong \(CP\)... Read more
Interactively tabulate the special cases of Stokes’ theorem, \( \int_Ω \dd ω = \int_{∂Ω} ω \). Read more