High-speed wide-field imaging of microcircuitry using nitrogen vacancies in diamond

HIGHLIGHTS

  • who: Webb James L. from the Center for MacroscopicTechnical University Kongens Lyngby, Denmark have published the research: High-Speed Wide-Field Imaging of Microcircuitry Using Nitrogen Vacancies in Diamond, in the Journal: (JOURNAL) of 27/06/2022
  • what: The authors demonstrate simultaneous spatially and temporally resolved recovery signals from a microscopic lithographically patterned circuit. Through application of a lock-in amplifier camera the authors demonstrate micrometer-scale imaging resolution with a millimeter-scale field of view with simultaneous spatially resolved submillisecond (up to 3500 frames s-1 ) recovery of dc to kilohertz alternating and broadband . . .

     

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