⚛️ Quantum lab
Real-time, grid-based quantum & physics simulators to build intuition next to the 3D Knitweb. These are the visual layer on the road to a MOLGANG quantum-chemistry simulator — where a Fiber (molecule) and its Knits (bonds) can be simulated, not just drawn. See the plan in #214.
Quantum Wavefunction
Real-time Schrödinger wavefunction visualization on a grid — watch a particle's probability amplitude evolve, tunnel and interfere. The core intuition behind orbitals and bonding.
Open simulator ↗QuantumV — circuit puzzles
A puzzle game about quantum circuits and logic gates — hands-on intuition for superposition, entanglement and gate operations that the future quantum-chemistry solver will lean on. 14 levels, played right here in MOLGANG. A web rebrand of quantumQ by ray-pH (GPL-3.0).
Play the puzzles →Orbital viewer · molgang-native
Hydrogen-like orbital probability densities (1s–3d) rendered on a canvas — no dependencies, no license caveats. The shape intuition behind every Knit (bond).
Open viewer →Bonding viewer · molgang-native
Two atomic orbitals combining into bonding vs antibonding molecular orbitals — density between the nuclei is the Knit. Interactive bond distance. No dependencies.
Open viewer →Molecule viewer · molgang-native
Common molecules as structural formulas — a Fiber is atoms joined by Knits (bonds). H₂O, CH₄, CO₂, ethene and more. Pure SVG, no dependencies.
Open viewer →Reaction viewer · molgang-native
Balanced reactions with conditions (temperature, pressure, catalyst) — Knits break and re-form. Combustion, Haber, electrolysis. Ties to reactions-as-a-knit-type (#109).
Open viewer →Quantum chemistry (roadmap)
Next: seed a scene from a woven Fiber, then compute real electronic structure server-side and weave the result back as verified Knits. Tracked in #214.
Read the plan ↗- Embed the pixelPhysics quantum sims here (this page).
- Wire
knitwebs/chemistryterm-nodes → sim inputs (elements, bonds, reaction conditions from #109). - Compute electronic structure server-side with
RDKit+PySCF. - Quantum path via
Qiskit Nature/OpenFermion/PennyLane; results woven back and pulse-verified.
Simulators by ray-pH — pixelPhysics (px_qWavefun, quantumQ). Embedded by link with attribution. The pixelPhysics hub is MIT-licensed; the individual module repositories currently carry no license, so they are linked/embedded, not vendored. Vendoring (roadmap phase 2) needs the author's permission — see #214.