Quantum Teleportation Achieved Through Standard Internet Fiber Optics

Researchers successfully transmitted quantum information over 30 kilometers of fiber optic cable carrying regular internet traffic, marking a major step toward quantum internet integration.

• Scientists from Northwestern University demonstrated quantum teleportation over 30.2 kilometers of fiber optic cable carrying 400-Gbps internet traffic.
• The breakthrough involved transmitting quantum states without interference from classical internet data by using specific wavelengths and advanced noise-reduction techniques.
• This marks the first real-world demonstration of quantum communication coexisting with traditional internet infrastructure, rather than simulations.
• The technology could enable secure quantum connectivity, advanced encryption, and global quantum computing networks without requiring new infrastructure.
• Future experiments aim to extend distances and test on real-world underground optical cables, advancing toward scalable quantum networks.

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