Quantum Research

Explore the frontier of quantum mechanics through immersive visualizations, cutting-edge research, and interactive discovery tools.

🔲

Interact with qubit superposition states and visualize wavefunction collapse in real-time using our 3D simulation engine.

💠

See how entangled particles remain correlated across spatial and temporal separations through real-time interactive experiments.

🌀

Simulate and observe quantum measurement outcomes using probabilistic distribution models with live data visualizations.

🧪

Explore wave-particle duality with real-time particle diffraction patterns and dynamic probability distribution graphs.

🔭

Manipulate qubit states with real-time Bloch sphere representation and track phase rotations through interactive controls.

Our quantum simulation engine uses real-time quantum state management with:

1. State Vector Calculation

3D complex amplitude calculations for superposition tracking

2. Entanglement Modeling

Real-time correlation matrix tracking between qubits

3. Measurement Rendering

Probabilistic outcome visualization with interactive histograms

Simulated Qubits

2048+

Published Research

37 papers

Access our simulation tools, research materials, and learning resources to advance your understanding of quantum phenomena.