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⚛️ Quantum Mechanics Simulator — Wave Functions (3D)

A genuine 3D Three.js companion to the quantum mechanics wave-function simulator: energy sets the quantized orbital radius (Bohr-style r proportional to n squared), momentum tilts the orbital plane, and probability drives the density of a real |psi|^2 point cloud around the nucleus, all under the same orbital-angle and uncertainty formulas as the 2D original.

Physics & Mechanics3DModerate60 FPS⇄ 2D version

⚙ Under the hood

A real-time 3D companion to the quantum mechanics wave-function simulator: the same orbital-angle formula (angle = time x 0.02 x orbital speed) and the same probability/uncertainty trade-off (uncertainty = 100 - probability) now drive an orbitable Three.js scene — energy sets a Bohr-style quantized shell radius, momentum tilts the orbital plane, and probability controls the density of a real spherical |psi|^2 point cloud. Switch between Particle, Wave and Atom (electron-cloud) representations. Free camera orbit.

quantum mechanicswave functionorbital motionelectron cloudThree.js3D visualization

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install