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The optical-transition edge sensors are single-photon detectors that can determine photon energies at visible to telecommunication wavelengths. They offer a high detection efficiency and negligible dark count, which are very attractive qualities for applications in quantum optics or bioimaging. This study reviews the operating principles of such detectors and the current status of their development. key words: detection efficiency, dark count rate, time jitter, low temperature device, superconductor, single photon

Single-Photon Measurement Techniques with a Superconducting Transition Edge Sensor