A 32x32-Pixel Time-Resolved Single-Photon Image Sensor With 44.64 Mu M Pitch And 19.48% Fill-Factor With On-Chip Row/Frame Skipping Features Reaching 800khz Observation Rate For Quantum Physics Applications

Leonardo Gasparini,Majid Zarghami,Hesong Xu,Luca Parmesan,Manuel Moreno Garcia,Manuel Unternahrer,Banz Bessire,Andre Stefanov,David Stoppa,Matteo Perenzoni

2018 IEEE INTERNATIONAL SOLID-STATE CIRCUITS CONFERENCE - (ISSCC)（2018）

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摘要

Entangled photons, beyond the classical physics understanding, show quantum correlations in some of their degrees of freedom. They find application in quantum computing, quantum key distribution, and super-resolution (i.e., beyond the diffraction limit) microscopy, but they are undistinguishable using conventional image sensors.

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关键词

quantum physics applications,entangled photons,classical physics,quantum correlations,degrees of freedom,quantum computing,quantum key distribution,observation rate,on-chip row/frame skipping features,32×32-pixel time-resolved single-photon image sensor,conventional image sensors,fill-factor,pitch,frequency 800.0 kHz

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