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Optical levitation and trapping of a micro-optic inclined end-surface cylindrical spinner

机译:微光学倾斜端面圆柱形微调器的光学悬浮和捕获

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摘要

Cylindrical micro-objects with inclined end surfaces have been observed to be optically trapped in a focused laser beam and to rotate about the beam's propagation direction. A simplified vector model is developed that accounts for the observed effect; the enhanced ray-optics model is used to simulate the behavior of time evolution for the cylindrical object in the beam. Experimental laser trap configurations are presented, along with a video image sequence of the cylinder's precession.
机译:已经观察到具有倾斜端面的圆柱形微物体被光学捕获在聚焦的激光束中,并围绕光束的传播方向旋转。开发了一个简化的矢量模型来说明观察到的效果。增强的光线模型用于模拟光束中圆柱物体的时间演化行为。介绍了实验性的激光阱配置,以及圆柱体进动的视频图像序列。

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