Novel quantum process model for photodetection incorporates both photon-number effects and frequency-dependent detector response using Kraus operators, enabling realistic efficiency modeling and plug-and-play integration in quantum optical systems.

Novel quantum process model for photodetection incorporates both photon-number effects and frequency-dependent detector response using Kraus operators, enabling realistic efficiency modeling and plug-and-play integration in quantum optical systems.
Novel quantum process model for photodetection incorporates both photon-number effects and frequency-dependent detector response using Kraus operators, enabling realistic efficiency modeling and plug-and-play integration in quantum optical systems.
New dual-trigger technique for superconducting nanowire detectors resolves 1-3 photons with 99% confidence and achieves sub-41ps timing precision, enabling real-time quantum signal analysis without post-processing.