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Demonstration of carpet cloaking by an anisotropic zero refractive index medium

机译:各向异性零折射率介质的地毯粘附示范

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In this Letter, we numerically and experimentally demonstrate the carpet cloaking effect by a rectangular lattice two-dimensional photonic crystal (PC) exhibiting a semi-Dirac cone (SDC) dispersion phenomenon. The proposed SDC PC with an anisotropic zero refractive index medium operates as an optical carpet cloak for a perfect electric conductor surface bump. The experimental verification of the cloak is realized at microwave frequencies at around 12.1 GHz via dielectric rods. A good agreement between experimental measurements and numerical calculations is observed.. Finally, features such as rendering larger objects invisible are possible with the proposed idea. (C) 2020 Optical Society of America
机译:在这封信中,我们在数值上和实验地通过矩形晶格二维光子晶体(PC)表现出展示半导体锥(SDC)色散现象的地毯粘附效果。 具有各向异性零折射率介质的所提出的SDC PC作为光秃秃的光秃秃的电导体表面凸块。 通过电介质棒在12.1GHz约为12.1GHz的微波频率下实现斗篷的实验验证。 观察到实验测量和数值计算之间的良好一致性。最后,可以使用所提出的想法来实现越大较大的物体的特征。 (c)2020美国光学学会

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