Single-Photon Detector
Single-Photon Detector
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A single-photon detector is a device that detects individual photons, the smallest discrete unit of light. It is a sensitive detector that is capable of measuring single particles of light in the form of photons, and is often used in imaging and light-sensing applications. Single-photon detectors can be used in applications such as fluorescence spectroscopy, optical communications, and quantum computing.
... MIT Technology Review - How China built a single-photon detector that works in space — ...
... paper we propose a model which demonstrates robustness for the necessary calibrations in both the single photon counting detector and the electronics. Calibrations presented include amplitude walk, correlation between charge and time over threshold (ToT) and variation in channel ...
... SuperQ announces high-temperature superconducting single photon detector ...
... The ID Qube NIR Gated is a fast-gated single photon detector optimized for telecom wavelengths. ...
... A waveguide-integrated superconducting nanowire single photon detector (WI-SNSPD) – enhancing the variability, scalability and robustness of the photonic integrated circuits and excelling in ...
... Low Voltage Single Photon Detector – ...
... Contributes strategic industrial relationships and technology leadership in single-photon detector arrays. He served as Chief Architect of Canesta (Microsoft Kinect). He is Professor at EPFL and IEEE fellow. He was awarded a PhD by UC Berkeley. ...
... Single Photon Counting Detector: ...
... Our team implemented a natural design of ISM based on a fast single-photon detector array which allows straightforward upgrade of confocal microscopy and provides access to the raw scanned images, also paving the way to adaptive reconstruction methods. While standard all-optical ...
... Detecting the speckle pattern with a single photon detector at a fixed angle and tracking the intensity of the scattered photons with the Time Tagger, one can observe a fluctuating intensity time trace corresponding to the Brownian motion of the nanoparticles. ...
