Faithful Reconstruction Condition of Linear Polarization Holography

Peiliang, 齐沛良 Qi; Wang, Jinyu; Haiyang, 宋海洋 Song; Yuxin, 陈宇昕 Chen; Lili, 朱莉莉 Zhu; Xiaodi, 谭小地 Tan

doi:10.3788/aos202040.2309001

光学学报

2020

DOI: 10.3788/aos202040.2309001

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Faithful Reconstruction Condition of Linear Polarization Holography

齐沛良 Qi Peiliang¹,

Jinyu Wang²,

宋海洋 Song Haiyang³

et al.

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Cited by 7 publications

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Faithful reconstruction of linear polarization wave without dielectric tensor constraint

Wang

Chen

et al. 2021

Opt. Express

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Faithful reconstruction is a key and crucial point of polarization holography research, and has significant research interests in the field of holographic storage and image display. In order to realize faithful reconstruction of the reconstructed wave, the interference angle and dielectric tensor should be controlled. In contrast, we used the polarization holography theory described by tensor, and obtained the faithful reconstruction condition of linear polarization wave under arbitrary interference angle without any dielectric tensor constraint, which is further verified by experimental analysis.

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Faithful reconstruction of linear polarization wave without dielectric tensor constraint

Wang

Chen

et al. 2021

Opt. Express

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Scalar vortex beam produced through faithful reconstruction of polarization holography

et al. 2021

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Vortex beams have been widely analyzed and applied in various fields owing to their unique phase and intensity distribution, along with their orbital angular momentum; they can be produced through various methods. This study proposes a method based on polarization holography, contrary to the traditional method of producing vortex beams. This method is significant in that the signal wave in the recording stage is not the generated vortex beam; the reconstructed wave is the vortex beam obtained in the reconstruction stage, which varies from the vortex beams produced by holography, where the signal wave is already a vortex beam. Faithful reconstruction of polarization holography is applied in the experiment, where phenanthrenequinone-doped polymethyl methacrylate (PQ/PMMA) photopolymers are used as the recording material. Scalar vortex beams with arbitrary linear polarization and topological charges can be produced by changing the experimental parameters. The experimental results are satisfactory. Additionally, this work demonstrates the application of polarization holography in light field manipulation. This proposed method has potential applications in optical micro-manipulation and optical tweezers.

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Simple method for generating special beams using polarization holography

Zheng

Liu

et al. 2022

Opt. Express

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Vector vortex beams are a kind of special beam that simultaneously carry spin and orbital angular momentum. The generation of vector vortex beams usually requires a complex and expensive optical system, which becomes a bottleneck hindering its further application. Thus, a compact, low-cost and efficient special beam generation system is demanded. In this paper, a method that can produce vector vortex beams distributed anywhere in the equator of hybrid-order Poincaré Spheres based on polarization holography is proposed. Via changing some parameters of the device, this method can also produce the scalar vortex beams distributed at any position of the basic Poincaré Sphere and the vector beams distributed at the equator of the higher-order Poincaré Spheres. The work shows that polarization holography has the potential ability to regulate the spin and orbital angular momentum simultaneously, opening a new window for future research and applications of angular momentum space orientation.

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Faithful Reconstruction Condition of Linear Polarization Holography

Cited by 7 publications

References 0 publications

Faithful reconstruction of linear polarization wave without dielectric tensor constraint

Faithful reconstruction of linear polarization wave without dielectric tensor constraint

Scalar vortex beam produced through faithful reconstruction of polarization holography

Simple method for generating special beams using polarization holography

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