Simultaneous dual-wavelength off-axis flipping digital holography

Simultaneous dual-wavelength off-axis flipping digital holography

We develop a two-wavelength off-axis digital holography for quantitative phase imaging using flipping in a single interferogram shot. The interference is performed by flipping the relative position of a sample and reference beam, and the two-wavelength information is spatially multiplexed onto a mon...

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Veröffentlicht in:Optics letters 2017-11, Vol.42 (21), p.4331-4334
Hauptverfasser: Liu, Lei, Shan, Mingguang, Zhong, Zhi, Liu, Bin, Luan, Gunagyu, Diao, Ming, Zhang, Yabin
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container_end_page 4334
container_issue 21
container_start_page 4331
container_title Optics letters
container_volume 42
creator Liu, Lei
Shan, Mingguang
Zhong, Zhi
Liu, Bin
Luan, Gunagyu
Diao, Ming
Zhang, Yabin
description We develop a two-wavelength off-axis digital holography for quantitative phase imaging using flipping in a single interferogram shot. The interference is performed by flipping the relative position of a sample and reference beam, and the two-wavelength information is spatially multiplexed onto a monochromatic charge-coupled device camera simultaneously using polarization modulation. Due to the interferogram containing two-wavelength information with orthogonal interference fringes, the two-wavelength unwrapped information on the phase and thickness for the sample is extracted from a single shot. Our setup requires no pinholes, gratings, or dichroic mirrors with straightforward alignment. We demonstrate the operation of the setup with a step target and circular pillar.
doi_str_mv 10.1364/OL.42.004331
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