A playable hydrogen shadow where 91 nlm states become heuristics for classical waves. Tune amplitudes, phases, and viewpoints like an instrument, then watch eigenmodes interfere and the wave field bloom into motion.
© 2026 Joshua Hosain • Magic Commons
GNU GPL v3.0 only — no warranty. You may redistribute and modify λWAVES under its terms — LICENSE and NOTICE
Team @ Chronus Quantum for the Molecular Orbital Model — ChronusQ
‘Electron Orbitals’ Google Play Store App by Brian Johnson
Paul Falstad’s Math & Physics Java Applets @ falstad.com
Seth Shultz · Beatriz Erranté · Independent research & Assistance
Built by AI coding agents — Claude (Anthropic), Codex with GPT (OpenAI), Gemini (Google, graphics and icons) — from Joshua’s iterative prompting. He is not a programmer and says so; the README carries the full disclosure of what was decided by hand, what was verified, and what was not.
Type: LW Title, a renamed subset of Spinwerad by gluk · Roboto · STIX Two Math — all SIL OFL 1.1, subset for this lab. Maths set with KaTeX (MIT; its fonts SIL OFL 1.1) and marked (MIT).
STATE — The register contains the 91 hydrogen basis states with
SHADOW — The same coefficients appear as
FIELD — The renderer samples ψ on the selected 3D grid and ray-marches it. Grid size and quality change the picture, not the state.
MASKS — Mute and solo affect the reconstruction only. The state keeps every coefficient, and the status shows how much norm is visible.
VIEW AND STATE — Camera, slice, and clip controls change the view. State transforms change
This app displays rapid strobing effects and changing colors. If you have a history of photosensitive epilepsy or seizures, do not continue.