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Technology / Signal-to-noise ratio / Johnson–Nyquist noise / Phase noise / Flicker noise / Allan variance / Crystal oscillator / Cantilever / Lock-in amplifier / Noise / Electronics / Electromagnetism


Supporting Information for Weighing nanoparticles in solution at the attogram scale a,b,1 c,1
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Document Date: 2014-01-13 17:06:51


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Cambridge / Santa Barbara / /

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American Piezo Co. / Altera / Microsystems Technology Laboratories / Nikon / HP / /

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United States / South Korea / /

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USA Koch Institute / Howard Hughes Medical Institute / Sogang University / Massachusetts Institute of Technology / Massachusetts Institute / /

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carrier frequency / frequency measurement algorithm / carrier energy / post-processing / delay algorithm / thermal energy / /

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Institute for Medical Engineering and Science / Harvard / USA Koch Institute for Integrative Cancer Research / Department of Materials Science and Engineering / Sogang University / Seoul / Massachusetts Institute of Technology / Howard Hughes Medical Institute / Department of Electrical Engineering and Computer Science / Department of Biological Engineering / Department of Mechanical Engineering / /

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Kathleen S. Christine / Hiroshi Atsumi / Kristofor Payer / Nathan Cermak / Angela M. Belcher / Scott R. Manalis Wenjiang Shen / Steven C. Wasserman / /

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DC / /

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California / Massachusetts / /

Technology

Ethernet / FPGA / laser / delay algorithm / SNR chip / frequency measurement algorithm / /

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