Quantum Mechanics Visualizer

Explore the Quantum Universe

Visualize quantum phenomena through interactive simulations and immersive data visualizations

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Interact with qubit superposition states and visualize wavefunction collapse in real-time

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See how entangled particles maintain correlation across spatial and temporal separations

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Simulate and observe quantum measurement outcomes using probabilistic distribution models

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Explore wave-particle duality with real-time particle diffraction patterns visualization

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Manipulate qubit states and see Bloch sphere representation with real-time phase rotations

Interactive quantum visualizations use real-time quantum state simulations through:

1. Quantum State Vectors

3D complex amplitude calculations for qubit states

2. Rendering Engine

WebGL-based real-time 3D visualization of quantum states

3. Entanglement Model

Correlation tracking between qubit states in superposition

State Vectors

Ψ(x) = α|0⟩ + β|1⟩

Measurement Outcome

|α|² + |β|² = 1

Explore quantum mechanics through interactive visualizations and simulations that simplify complex concepts