QKD field-trial in Padua: a resource-effective implementation with the iPOGNAC encoder

QUANTUM COMPUTING, COMMUNICATION, AND SIMULATION II(2022)

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摘要
Quantum key distribution (QKD) is one of the most mature among the quantum technologies that allows two remote users to generate secret keys with unconditional security. To increase its adoption, simple, low-cost, and robust systems are necessary, together with demonstrations in real environments. Here, we present a QKD field-trial over optical fibers deployed in the city center of Padua, Italy. Our system exploits two key technologies developed by our group: a low-error, self-stabilized polarization encoder, called iPOGNAC, and a novel synchronization technique, called Qubit4Sync, which allows us to minimize the experimental complexity of our system.
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关键词
Quantum Key Distribution, QKD, field-trial, Padua, iPOGNAC, metropolitan, optical fibers
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