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Electromagnetic forces in negatively refracting photonic crystals

机译:带负折射光子晶体的电磁力

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Electromagnetic (EM) waves exert forces on objects. The nonconservative part of these forces is determined by the gradient of phase (wavevector) of EM field. Through special structures, manipulation of the direction of these forces becomes possible. Here we investigate numerically the forces created by left-handed negatively refracting photonic crystals - these can create EM waves with the Poynting vector and wave vector pointing in opposite directions. We show that negative gradient of phase still creates a positively directed electromagnetic force.
机译:电磁(EM)波在物体上施加力。这些力的非可选部分由EM场的阶段(波动)的梯度决定。通过特殊结构,可以操纵这些力的方向。在这里,我们在数值上调查由左手呈负折射光子晶体产生的力 - 这些可以用划线向量和波向量的指向相反方向产生的EM波。我们表明阶段的负梯度仍然产生正导向的电磁力。

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