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Generation of high-order optical vortices by optical wedges system

机译:利用光楔系统产生高阶光学涡旋

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The aim of the given report is experimental and theoretical research of the diffraction of a Gaussian beam by the optical wedges system. It is shown that this system is able to form high-order optical vortices. The effectiveness of system is about 90%. It was shown, that each wedge changes a charge of phase singularity as a result of edge diffraction. The value topological charge of the optical vortex formed after system is defined by the number of wedges in the system. Changing mutual orientation comers of wedges we can select required conditions of the vortex core. It was revealed that the optical vortex appears structurally steady if the corner of mutual orientation of wedges equals α =π (where n-number of wedges).
机译:本报告的目的是通过光学楔形系统对高斯光束进行衍射的实验和理论研究。结果表明,该系统能够形成高阶光学涡旋。该系统的有效性约为90%。结果表明,由于边缘衍射,每个楔形改变了相奇异性。系统后形成的光学涡旋的拓扑电荷值由系统中的楔形数量定义。改变楔子的相互定向角,我们可以选择涡流芯的必要条件。已经发现,如果楔的相互定向的角等于α=π/ n(其中楔的n个数),则光学涡旋在结构上显得稳定。

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