外文题目: Traceable quantum sensing and metrology relied up a quantum electrical triangle principle
作者: Fang, Yan; Wang, Hengliang; Yang, Xinju; Wei, Jinsong
刊名: Proc.SPIE
来源图书: QUANTUM AND NONLINEAR OPTICS IV
年: 2016 卷: 10029 文章编号：100290C
会议名称: Conference on Quantum and Nonlinear Optics IV
英文关键词:
Hybrid quantum state engineering; Quantum communication and imaging; Traceable quantum sensing and metrology; Quantum internet; Precision measurements; Conducting atomic force microscopy; Quantum electrical triangle principle involving single electron tun
MICROSCOPY
英文摘要:
Hybrid quantum state engineering in quantum communication and imaging(1-2) needs traceable quantum sensing and metrology, which are especially critical to quantum internet(3) and precision measurements(4) that are important across all fields of science and technology(-). We aim to set up a mode of traceable quantum sensing and metrology. We developed a method by specially transforming an atomic force microscopy (AFM) and a scanning tunneling microscopy (STM) into a conducting atomic force microscopy (C-AFM) with a feedback control loop, wherein quantum entanglement enabling higher precision was relied upon a set-point, a visible light laser beam-controlled an interferometer with a surface standard at z axis, diffractometers with lateral standards at x-y axes, four-quadrant photodiode detectors, a scanner and its image software, a phase-locked pre-amplifier, a cantilever with a kHz Pt/Au conducting tip, a double barrier tunneling junction model, a STM circuit by frequency modulation and a quantum electrical triangle principle involving single electron tunneling effect, quantum Hall effect and Josephson effect(5). The average and standard deviation result of repeated measurements on a 1 nm height local micro-region of nanomedicine crystal hybrid quantum state engineering surface and its differential pA level current and voltage (dI/dV) in time domains by using C-AFM was converted into an international system of units: Siemens (S), an indicated value 0.86x10(-12) S n=6) of a relative standard uncertainty was superior over a relative standard uncertainty reference value 2.3x10(-10) S of 2012 CODADA quantized conductance(6). It is concluded that traceable quantum sensing and metrology is emerging.


文献类型: 会议论文
正文语种: English
收录类别: ISTP
DOI: 10.1117/12.2245556


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