How the lab tools and games were built: the synthesis, the shaders, and the physics.
"Deconstructing the mechanical physics of classic British seaside coin pushers: multi-layer Z-shingle stacking, continuous cam shelf kinematics, anti-clamping pinboard geometry, and the psychological engineering of cliff overhangs."
"How to scale Conway Game of Life into the third dimension: 26-neighbor Moore kernels, Carter Bays 3D stability math, GPU hardware cube instancing, and generation micro-pop sonification."
"How to simulate real analog cathode ray tubes in WebGL: barrel distortion math, phosphor shadow masks, magnetic degaussing coils, and the physical acoustics of 15.734 kHz horizontal flyback transformers."
"Why clean mathematical digital audio sounds sterile, and how we engineered real hardware quirks like 18Hz AC-coupling, SID filter screaming, and NES triangle bass plucks in Web Audio."
"How we built a 1983 ZX Spectrum 48K platformer homage complete with crumbling ledges, conveyor belts, 1-bit CPU beeper chirps, and a top-hatted hero named Miner Billy."
"How we built a procedural 8-bit drum machine, laser synth, and offline 16-bit PCM WAV exporter without relying on static MP3 samples."
