Using speckle to generate optical vortices

Hai-bin Sun, Tingting Liu, Jun Chen, P. Sun
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Abstract

The dark spots in the speckle pattern are the phase singularities, which contain rich information regarding the phase of the speckle field and determine the distribution of the speckle field. The generation of optical vortices using speckle is a simple, effective, and easy to implement method. we designed an experimental scheme that can generate a optical vortex to explain the properties of phase singularities in a speckle field. Through numerical simulation, we obtained the distribution of the real part zero line and the imaginary part zero line in the speckle field, and drew the singular skeleton of the speckle field, indicating that there are phase singularities in the speckle field.The experimental results are in agreement with those obtained from numerical simulations, thus verifying that the generation of optical vortices can be produced using the scattering method. The experimental scheme is simple and easy to operate.
利用散斑产生光学涡流
斑图中的黑点是相位奇点,它包含了斑场相位的丰富信息,决定了斑场的分布。利用散斑法生成光学涡旋是一种简单、有效、易于实现的方法。我们设计了一种实验方案,可以产生光学涡旋来解释散斑场中相位奇点的性质。通过数值模拟,得到了散斑场的实部零线和虚部零线的分布,并绘制了散斑场的奇异骨架,表明散斑场存在相位奇点。实验结果与数值模拟结果吻合较好,验证了利用散射法可以产生光涡旋。实验方案简单,易于操作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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