Quantum Entanglement and Teleportation Coexisting with Classical Communications in Optical Fiber

Jordan M. Thomas, Gregory S. Kanter, Prem Kumar

Jordan M. Thomas, Fei Yeh, Jim Hao Chen +4 more

The scalability of quantum networking will benefit from the ability to operate beyond dark fibers. We report the first demonstration of quantum teleportation coexisting with conventional communications, where quantum state transfer is achieved over 10.5 km SMF-28 fiber simultaneously carrying a 400 Gbps classical signal.

Jordan M. Thomas, Fei Yeh, Jim Hao Chen +4 more

The scalability of quantum networking will benefit from the ability to operate beyond dark fibers. We report the first demonstration of quantum teleportation coexisting with conventional communications, where quantum state transfer is achieved over 10.5 km SMF-28 fiber simultaneously carrying a 400 Gbps classical signal.

Hiroki Takesue

Jordan M. Thomas, Feng-Hao Yeh, Jianfeng Chen +4 more

The scalability of quantum networking will benefit from the ability to operate beyond dark fibers. We report the first demonstration of quantum teleportation coexisting with conventional communications, where quantum state transfer is achieved over 10.5 km SMF-28 fiber simultaneously carrying a 400 Gbps classical signal.

Nicolas Gisin, S. Iblisdir, Wolfgang Tittel +1 more