Stochastic baseline fluctuations from finite-memory readout dynamics form an intrinsic source of count-rate-dependent timing jitter in SNSPDs, with a framework that predicts nonmonotonic scaling under pulsed excitation.
Photon -Number-Resolving Single-Photon Detector with a System Detection Efficiency of 98% and Photon -Number Resolution of 32
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Timing Jitter Induced by Stochastic Baseline Fluctuations in High-Count-Rate Superconducting Nanowire Single-Photon Detectors
Stochastic baseline fluctuations from finite-memory readout dynamics form an intrinsic source of count-rate-dependent timing jitter in SNSPDs, with a framework that predicts nonmonotonic scaling under pulsed excitation.