Irrational digits, honeycomb lattices, factorization records — rendered as interactive art you can export as a background-image for any website. Base 12 is our native tongue: 0–9 ↊ ↋, dek & el.
π in any base on hex or square grids. One gradient per digit — now with your own colours & shades, digit shapes, a prime lens (Ulam on any path), a fraction garden (hue = denominator, shade = value), sequence search and image mapping. Stack the loops until interference patterns emerge — then take it home as CSS.
π, e, φ, √2, √3, ln 2 — six irrationals, six honeycombs, side by side. Compare their digit fingerprints.
RSA-250 = p × q, verified live in your browser in milliseconds — the computation that took 2,700 core-years to invert, drawn as a lattice heat map. Plus RSA-260, revealed Sep 3 2026.
Modular times-table circles (cardioid machine), the Ulam spiral, and digit walks on the honeycomb lattice.
Mandelbrot, Julia, Burning Ship and Newton basins you can dive into — plus a real-time raymarched 3D Mandelbulb in raw WebGL, and a chaos game driven by π's digits instead of randomness.
Forge your own RSA keys in-browser — Miller-Rabin primes in BigInt, textbook and OAEP encryption, PSS signatures — then render your modulus as art. Your protocol, your keys, nothing leaves the page.
full backlog with sketches in IDEAS.md — pick one and it grows into a page.
Grant Sanderson's animation engine for explanatory math videos — the code behind every 3Blue1Brown animation. Python + OpenGL, MIT licensed. Install with pip install manimgl; all video source lives in the companion 3b1b/videos repo. The friendlier fork is ManimCommunity/manim.
Mathematical art with R: harmonographs, Lissajous curves & their k-nearest-neighbour graphs, mollusc shell models, the Lorenz attractor, fractal ferns, rapidly-exploring random trees.
The big list: creative-coding frameworks, shader platforms, generative-art tutorials — the map of this territory.
The workhorses: p5.js (Processing's JS sister — the Coding Train's tool), d3 for data-driven documents, Shadertoy for fragment-shader math art (see Inigo Quilez's articles).
The open-source Number Field Sieve that cracked RSA-250 in 2020 — mathematics as heavy machinery. The RSA numbers list tracks the frontier.
A small homage to the qalarc logo's planet orbit visualiser.
Same family as everything here: a few simple rules — orbit radii in geometric progression, constant angular speeds — iterated until resonance appears. Every experiment in this lab is that idea wearing a different coat: digits instead of planets, honeycombs instead of orbits.
This one runs three bodies with commensurable periods; watch them braid, align, and drift apart.