Statistical analysis of the temporal single-photon response of superconducting nanowire single photon detection

A new method to study the transient detection efficiency （DE） and pulse amplitude of superconducting nanowire single photon detectors （SNSPD） during the current recovery process is proposed -- statistically analyzing the single photon response under photon illumination with a high repetition rate. T...

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Published inChinese physics B Vol. 24; no. 6; pp. 150 - 154
Main Author 何宇昊 吕超林 张伟君 张露 巫君杰 陈思井 尤立星 王镇
Format Journal Article
LanguageEnglish
Published 01.06.2015
Subjects
Counting
Illumination
Nanowires
Photons
Pulse amplitude
Recovery
Superconductivity
Waveforms
单光子探测器
恢复过程
时间
检测效率
瞬态电流
纳米线
统计分析
超导
Online AccessGet full text
ISSN1674-1056
2058-3834
1741-4199
DOI10.1088/1674-1056/24/6/060303

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Abstract A new method to study the transient detection efficiency （DE） and pulse amplitude of superconducting nanowire single photon detectors （SNSPD） during the current recovery process is proposed -- statistically analyzing the single photon response under photon illumination with a high repetition rate. The transient DE results match well with the DEs deduced from the static current dependence of DE combined with the waveform of a single-photon detection event. This proves that static measurement results can be used to analyze the transient current recovery process after a detection event. The results are relevant for understanding the current recovery process of SNSPDs after a detection event and for determining the counting rate of SNSPDs.
AbstractList A new method to study the transient detection efficiency (DE) and pulse amplitude of superconducting nanowire single photon detectors (SNSPD) during the current recovery process is proposed - statistically analyzing the single photon response under photon illumination with a high repetition rate. The transient DE results match well with the DEs deduced from the static current dependence of DE combined with the waveform of a single-photon detection event. This proves that static measurement results can be used to analyze the transient current recovery process after a detection event. The results are relevant for understanding the current recovery process of SNSPDs after a detection event and for determining the counting rate of SNSPDs.
A new method to study the transient detection efficiency （DE） and pulse amplitude of superconducting nanowire single photon detectors （SNSPD） during the current recovery process is proposed -- statistically analyzing the single photon response under photon illumination with a high repetition rate. The transient DE results match well with the DEs deduced from the static current dependence of DE combined with the waveform of a single-photon detection event. This proves that static measurement results can be used to analyze the transient current recovery process after a detection event. The results are relevant for understanding the current recovery process of SNSPDs after a detection event and for determining the counting rate of SNSPDs.
Author 何宇昊 吕超林 张伟君 张露 巫君杰 陈思井 尤立星 王镇
AuthorAffiliation StateKeyLaboratoryofFunctionalMaterialsforInformatics,ShanghaiInstituteofMicrosystemandInformationTechnology,ChineseAcademyofSciences,Shanghai200050,China
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Notes He Yu-Hao, Lii Chao-Lin, Zhang Wei-Jun, Zhang Lu, Wu Jun-Jie, Chen Si-Jing, You Li-Xing and Wang Zhen（ State Key Laboratory of Functioned Materials for lnformatics, Shanghai Institute of Microsystem and Information Technology, Chinese Academy of Sciences, Shanghai 200050, China）
single photon detector, recovery process, kinetic inductance
11-5639/O4
A new method to study the transient detection efficiency （DE） and pulse amplitude of superconducting nanowire single photon detectors （SNSPD） during the current recovery process is proposed -- statistically analyzing the single photon response under photon illumination with a high repetition rate. The transient DE results match well with the DEs deduced from the static current dependence of DE combined with the waveform of a single-photon detection event. This proves that static measurement results can be used to analyze the transient current recovery process after a detection event. The results are relevant for understanding the current recovery process of SNSPDs after a detection event and for determining the counting rate of SNSPDs.
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Snippet A new method to study the transient detection efficiency （DE） and pulse amplitude of superconducting nanowire single photon detectors （SNSPD） during the...
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SubjectTerms Counting
Illumination
Nanowires
Photons
Pulse amplitude
Recovery
Superconductivity
Waveforms
单光子探测器
恢复过程
时间
检测效率
瞬态电流
纳米线
统计分析
超导
Title Statistical analysis of the temporal single-photon response of superconducting nanowire single photon detection
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