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Generation of optical vortices with an adaptive helical mirror

机译:利用自适应螺旋镜产生光学涡旋

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Generation of optical vortices using a new design of adaptive helical mirror (AHM) is reported. The new AHM is a reflective device that can generate an optical vortex of any desired topological charge, both positive and negative, within its breakdown limits. The most fascinating feature of the AHM is that the topological charge of the optical vortex generated with it can be changed in real time by varying the excitation voltage. Generation of optical vortices up to topological charge 4 has been demonstrated. The presence of a vortex in the optical field generated with the AHM is confirmed by producing both fork and spiral fringes in an interferometric setup. Various design improvements to further enhance the performance of the reported AHM are discussed. Some of the important applications of AHM are also listed.
机译:据报道,采用新设计的自适应螺旋镜(AHM)可以产生光学涡旋。新的AHM是一种反射装置,可以在其击穿极限内产生任何所需的正电荷和负电荷的拓扑涡旋。 AHM最引人入胜的特征是,通过改变激励电压,可以实时改变由其产生的光学涡旋的拓扑电荷。已经证明了直至拓扑电荷4的光学涡旋的产生。通过在干涉测量装置中产生叉形和螺旋形条纹,可以确认由AHM产生的光场中是否存在涡流。讨论了各种设计改进,以进一步增强所报告的AHM的性能。还列出了AHM的一些重要应用。

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