⚛️ 3D Paul Trap: Quadrupole Ion Trap, Mathieu Stability, Secular Motion and Coulomb Crystals
A Blender-modelled RF quadrupole (Paul) ion trap: hyperbolic ring and endcaps, an oscillating potential saddle, Floquet stability diagram, secular motion and micromotion spectrum, and Coulomb crystals, with live graphs and numerical checks.
⚙ Under the hood
A Blender-modelled RF quadrupole (Paul) ion trap: hyperbolic ring and endcaps, an oscillating potential saddle, Floquet stability diagram, secular motion and micromotion spectrum, and Coulomb crystals, with live graphs and numerical checks.
Paul TrapIon TrapMathieu EquationQuadrupoleElectromagnetismThree.jsBlender
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install