A proof-of-principle experiment demonstrates the first discrete-variable one-sided device-independent QKD protocol achieving a secure key rate of 1 kbps over an equivalent 20 km fiber distance.
Wang, Beating the Photon-Number-Splitting At- tack in Practical Quantum Cryptography, Phys
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A source-independent QKD protocol without pre-sending entanglement resolves all source attacks, doubles secure distance, and gains advantages from non-classical light sources.
citing papers explorer
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Semi-transmitter-device-independent quantum key distribution
A proof-of-principle experiment demonstrates the first discrete-variable one-sided device-independent QKD protocol achieving a secure key rate of 1 kbps over an equivalent 20 km fiber distance.
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Source-independent quantum key distribution without pre-sending entanglement
A source-independent QKD protocol without pre-sending entanglement resolves all source attacks, doubles secure distance, and gains advantages from non-classical light sources.