Search
ChatPaper
AI Writing
analysis
Analysis
编组
Open Data
more
More
RankingsMust ReadingJournal&ConferenceAI TRAI HistoryMaster Reading TreeXiaomai's Star TalentsTrajectoryTalentNDI TrackerAI sign LanguageOpen
VIPCreated with Sketch.

Silicon Quantum Photonics in the Short-Wave Infrared: A New Platform for Big Quantum Optics

Joshua W. Silverstone,Lawrence M. Rosenfeld,Dominic A. Sulway, Benjamin D. J. Sayers,Jake Biele,Gary F. Sinclair,Döndü Sahin, Laurent Kling,Jonathan C. F. Matthews,Mark G. Thompson,John G. Rarity

european quantum electronics conference（2019）

Cited 5|Views12
No score
Abstract
Quantum photonic technology encodes information within single photons, and the entanglement between them. Quantum sensors accumulate information about their environment in single photons; quantum-secured communications distribute secret quantum key between parties on photons; and optical quantum computers wield huge entangled states of photons to arrive at their answers. For all these applications, photon loss is catastrophic.
More
Translated text
Key words
quantum photonic technology,single photons,quantum sensors,quantum-secured communications,secret quantum key,optical quantum computers,huge entangled states,photon loss,silicon quantum photonics,short-wave infrared,big quantum optics
AI Read Science
Must-Reading Tree
Example
Generate MRT to find the research sequence of this paper
Chat Paper
Summary is being generated by the instructions you defined