Metropolitan Quantum Key Distribution with Silicon Photonics

Darius Bunandar,Anthony L. Lentine,Catherine A. Lee,Hong Cai,Christopher M. Long,Nicholas Boynton,Nicholas J. D. Martinez,Christopher T. DeRose,Changchen Chen,Matthew E. Grein,Douglas C. Trotter,Andrew Starbuck,Andrew Pomerene,Scott A. Hamilton,Franco N. C. Wong,Ryan M. Camacho,Paul Davids,Junji Urayama,Dirk Englund

Metropolitan Quantum Key Distribution with Silicon Photonics

2018

Darius Bunandar
Anthony L. Lentine
Catherine A. Lee
Hong Cai
Christopher M. Long
Nicholas Boynton
Nicholas J. D. Martinez
Christopher T. DeRose
Changchen Chen
Matthew E. Grein
Douglas C. Trotter
Andrew Starbuck
Andrew Pomerene
Scott A. Hamilton
Franco N. C. Wong
Ryan M. Camacho
Paul Davids
Junji Urayama
Dirk Englund

Field tests of a silicon photonics quantum-key-distribution encoder demonstrate a scalable, affordable, high-speed solution to securing long-distance communication networks against intrusions from quantum computers.

Keywords:

Quantum key distribution
Metropolitan area
Silicon photonics
Physics
Engineering physics

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