定義超導(dǎo)納米線單光子探測器的性能 2021,當(dāng)光在單光子水平上被檢測到時，如何定義測量探測器的性能？當(dāng)探測器能接近100%的量子效率時，這一點就更為重要，超導(dǎo)納米線單光子探測（SNSPD）就是如此。
在本次網(wǎng)絡(luò)研討會上，ID Quantique研究與技術(shù)副總裁費利克斯·布西埃（Félix Bussières）介紹了探測器性能表征的主要方面。更具體地說，是用于表征SNSP探測器的技術(shù)。他解釋了ID Quantique是如何全面描述探測器性能的，以及為什么這對您的研究和增強您的實驗結(jié)果很重要，以及如何根據(jù)您的應(yīng)用需求選擇指標(biāo)以達(dá)到特定的性能要求。

When light is detected at single-photon level, how do you define detector measurement performance? This is even more important when detectors can approach 100% quantum efficiency, which is the case for superconducting nanowire single-photon detection (SNSPD).

In this webinar, Félix Bussières, VP Research & Technology at ID Quantique, addresses the main aspects of detector performance characterization and more specifically the techniques used to characterize SNSP detectors. He explains how ID Quantique thoroughly characterizes detector performance and why this is important for your science and to enhance your experimental results, as well as how can the technology be tailored to achieve specific performance criteria in relation with your application needs.