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通过具有二进制偏振调制的单偏振传输矩阵聚焦散射介质。

Focusing through scattering media by a single polarization transmission matrix with binary polarization modulation.

出版信息

J Opt Soc Am A Opt Image Sci Vis. 2023 May 1;40(5):898-903. doi: 10.1364/JOSAA.482076.

Abstract

Wavefront distortion induced by scattering media seriously affects optical focusing. Wavefront shaping based on a transmission matrix (TM) is useful in controlling light propagation in highly scattering media. Traditional TM generally studies amplitude and phase, but the stochastic nature of the light propagation in the scattering medium also affects its polarization. Based on the binary polarization modulation, we propose a single polarization transmission matrix (SPTM) and achieve single-spot focusing through scattering media. We anticipate that the SPTM will be widely used in wavefront shaping.

摘要

散射介质引起的波前变形严重影响光学聚焦。基于传输矩阵 (TM) 的波前整形在控制高度散射介质中的光传播方面非常有用。传统的 TM 通常研究幅度和相位,但光在散射介质中的随机传播特性也会影响其偏振。基于二进制偏振调制,我们提出了一种单偏振传输矩阵 (SPTM),并通过散射介质实现了单点聚焦。我们预计 SPTM 将在波前整形中得到广泛应用。

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