LI Bai-hong, YAN Zheng-xin, ZHANG Tao, LIU Wei, LI Min. High precision positioning based on chirped-pulse interferometry[J]. Journal of Applied Optics, 2012, 33(2): 355-359.
Citation: LI Bai-hong, YAN Zheng-xin, ZHANG Tao, LIU Wei, LI Min. High precision positioning based on chirped-pulse interferometry[J]. Journal of Applied Optics, 2012, 33(2): 355-359.
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High precision positioning based on chirped-pulse interferometry

  • College of Sciences,Xi-an University of Science and Technology,Xi-an 710054,China

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  • A new scheme is presented for high precision positioning based on chirped-pulse interferometry(CPI). In this scheme, a pair of oppositely chirped optical pulses with strong classical frequency correlations are combined at a beamsplitter. The output beams with two different paths are recombined and focused onto a nonlinear crystal. High precision positioning with magnitude of micron is obtained theoretically by detecting sum frequency interference signal as a function of relative delay between two different paths.The impact of difference between chirp and anti-chirp pulse on positioning is studied. It is shown that positioning has a high tolerance of difference between chirp and anti-chirp parameter. Our scheme exhibits all the advantages of quantum spatial positioning based on the Hong-Ou-Mandel(HOM) quantum interference, but with more simple experimental setup ,robustness against loss and greater signals, which provide more improvements in practical maneuverability.
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