HomeQuantum PhysicsSpace Quantization 2D: Angular Momentum Vector Diagram

Space Quantization 2D: Angular Momentum Vector Diagram

Interactive 2D vector-model diagram of quantum space quantization: the orbital angular momentum vector L is confined to precession cones fixed by quantum numbers l and m_l, drawn in classic textbook side view plus a live Lx-Ly precession plot and quantized Lz ladder, with live |L|, Lz and cone-angle readouts.

Quantum Physics2DAdvanced60 FPS📱 Mobile-adapted⇄ 3D version
2d-quantum-mechanics-physics-2 ↗ Open standalone

Quantum orbital angular momentum cannot point in an arbitrary direction: its magnitude |L| = ħ√(l(l+1)) and its projection on the z-axis Lz = m_lħ are fixed by the quantum numbers l and m_l, while the x and y components remain fundamentally undetermined. This 2D simulator draws the resulting "space quantization" as the classic textbook vector-model diagram — a cone in oblique projection, a live Lx–Ly precession-circle plot, and a quantized Lz-level ladder — so you can see the same physics from three complementary 2D views at once. Live readouts track |L|, Lz, the cone half-angle θ and the current azimuth, and a toggle reveals every allowed m_l cone for the chosen l at once.

⚙ Under the hood

Interactive 2D vector-model diagram of quantum space quantization: the orbital angular momentum vector L is confined to precession cones fixed by quantum numbers l and m_l, drawn in classic textbook side view plus a live Lx-Ly precession plot and quantized Lz ladder, with live |L|, Lz and cone-angle readouts.

quantum mechanicsangular momentumquantum numbersspace quantizationatomic physics

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install

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