Interactive visualizations demonstrating quantum network phenomena in real-time
Transfer quantum states across entangled particles
Explore non-classical temporal correlations
Observe emergent quantum information structures
This experiment demonstrates quantum teleportation—the process of transferring quantum information from one location to another using quantum entanglement and classical communication. Watch as quantum states are prepared, entangled, measured, and reconstructed across separated systems.
Controls the accuracy of the teleported quantum state. Higher fidelity means a more perfect replication, while lower fidelity introduces noise.
95%Adjusts the simulated distance between the source and target particles. Greater distances increase the chance of decoherence, affecting success rate.
10 km