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RTS: Wide bandwidth graphene-based single photon detector.

Disappearance Room (WH13) (Fermilab)

Disappearance Room (WH13)


Single photon detector is a key enabling technology in quantum information processing, cryotography, and deep space communication. However, detecting low frequency photons is challenging because of their vanishingly small energy. Here we present a concept to detect a single photon from a wide electromagnetic spectrum by sensing its thermal energy using the superconductor-graphene-superconductor junction. This is possible because the Dirac fermions are in extreme thermal isolation with minute specific heat that can be exploited for ultra-sensitive calorimetry. Modeling of its performance and the latest experimental progresses in infrared and microwave single photon detection will be discussed.
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      Wide bandwidth graphene-based single photon detector
      Speaker: Dr King Chung Fong (Raytheon BBN Technologies)