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Optical pulling force and conveyor belt effect in resonator-waveguide system

机译:谐振波导系统中的光学拉力和传送带效应

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摘要

We present the theoretical condition and actual numerical design that achieves an optical pulling force in resonator-waveguide systems, where the direction of the force on the resonator is in the opposite direction to the input light in the waveguide. We also show that this pulling force can occur in conjunction with the lateral optical equilibrium effect, such that the resonator is maintained at the fixed distance from the waveguide while experiencing the pulling force.
机译:我们介绍了在谐振器-波导系统中实现光学拉力的理论条件和实际数值设计,其中谐振器上力的方向与波导中输入光的方向相反。我们还表明,这种拉力可与横向光学平衡效应结合出现,从而使谐振器在受到拉力的同时保持与波导的固定距离。

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