Acta Optica Sinica, Volume. 43, Issue 23, 2322001(2023)

Super-Resolution Wavelength-Controlled Zoom Metalens

Baoze Huang1, Fen Zhao1,2、*, Qinxiao Liu1, and Junbo Yang2、**
Author Affiliations
  • 1School of Artificial Intelligence, Chongqing University of Technology, Chongqing 401135, China
  • 2Center of Material Science, College of Science, National University of Defense Technology, Changsha 410073, Hunan , China
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    Figures & Tables(10)
    Theoretical values of the derivative terms of each order, schematic diagram of the structure and distribution of unit structures in the database. (a) Theoretical values of the derivative terms of each order; (b) specific design diagram of unit structure; (c) distribution of unit structure and translation processing in the database
    Ring band matching flow chart, distribution chart and hierarchical optimization. (a) Flow chart for ring band matching and ring-band-dataset partitioning; (b) distribution of the structure and schematic diagram of the values taken for each dimension of the particle; (c) hierarchical fitness function design
    Flow chart for each optimization step. (a) Flow chart of the amplitude conversion method; (b) overall flow chart of HPSO
    Overall design flow of super-resolution wavelength-controlled zoom metalens
    GD and GDD matching situation and ring band structures amplitude distribution. (a) GD and GDD matching error; (b) amplitude distribution of each ring band structure
    Curves of focal length, FWHM and focused spot intensity normalization with wavelength of metalenses composed of three times randomly selected ring band structures obtained with VASM. (a)-(c) Curves of focal length;(d)-(f) curves of FWHM; (g)-(i) curves of focused spot intensity normalization
    Curves of hierarchica fitness, FWHM, focal length and focused spot intensity normalization with iterative optimization of metalenses obtained with VASM. (a) Curves of hierarchical fitness; (b) curves of FWHM and diffraction limit profile; (c) curve of focal length; (d) curve of focused spot intensity normalization
    Focal length, FWHM, intensity profile and focused spot intensity distribution of the optimized metalens obtained with VASM at 37 wavelengths and relevant amplitude distribution. (a) Curves of focal length; (b) curves of FWHM; (c) intensity normalization curves of metalens; (d) comparison of focused spot intensity distribution for two metalenses; (e) sidelobe ratio distribution; (f) curve of focused efficiency; (g)-(i) amplitude distribution of super-resolution zoom metalens at 3 wavelengths
    Unit structure corresponds to the position of the ring
    • Table 1. Unit structure parameters

      View table

      Table 1. Unit structure parameters

      NO.L/μmW /μmNO.L /μmW /μmNO.L /μmW /μmNO.L /μmW /μm
      136.78.02430.18.04713.613.57019.819.7
      241.28.02536.319.84814.914.87139.218.5
      341.48.02629.38.24914.514.47239.218.6
      441.68.02736.720.05016.212.97333.520.9
      539.48.42827.88.55115.613.47419.619.5
      636.18.2298.68.55215.413.57539.419.0
      742.28.03025.29.55324.419.67639.419.1
      835.68.3319.19.05424.219.87737.321.5
      942.48.03224.29.95539.516.27816.216.0
      1041.88.2338.58.45639.416.37916.216.1
      1135.820.03411.811.75724.120.18016.316.2
      1236.120.13519.29.15842.717.48132.721.0
      1336.120.23611.311.25942.817.48232.920.7
      1436.220.23718.49.86042.818.48338.321.3
      1543.08.03812.212.16123.720.98438.121.4
      1633.58.83912.312.26242.017.98537.721.6
      1736.720.24012.412.36320.320.28637.521.7
      1836.820.24119.610.46419.919.88717.816.4
      1931.38.04217.916.36539.117.98818.616.6
      2036.820.34317.211.76639.017.98937.721.8
      2130.78.14416.812.16739.218.3
      2229.98.24515.815.76820.820.7
      2329.98.14613.113.06939.218.4
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    Baoze Huang, Fen Zhao, Qinxiao Liu, Junbo Yang. Super-Resolution Wavelength-Controlled Zoom Metalens[J]. Acta Optica Sinica, 2023, 43(23): 2322001

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    Paper Information

    Category: Optical Design and Fabrication

    Received: Jul. 26, 2023

    Accepted: Aug. 30, 2023

    Published Online: Dec. 8, 2023

    The Author Email: Zhao Fen (ZhaoF@cqut.edu.cn), Yang Junbo (yangjunbo@nudt.edu.cn)

    DOI:10.3788/AOS231310

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