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Three-dimensional Photonic Quasicrystals: Fabrication and Characterization

机译:三维光子拟rγstals:制造和表征

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Quasicrystals are neither crystalline nor amorphous solids. They are aesthetically highly appealing and posses intriguing physical properties. Recently, three-dimensional photonic quasicrystals have become available for the near-infrared spectral region through nanofabrication. This opens the way for photonic transport measurements to understand the influence of symmetry onto transport properties. In this article we describe the fabrication via direct laser writing and silicon single inversion and the optical characterization via Laue-diffraction experiments.
机译:拟r晶体既不是结晶也不是无定形的固体。它们在美学上非常有吸引力和有兴趣的物理性质。最近,三维光子拟类推合物通过纳米制作可用于近红外光谱区域。这打开了光子传输测量以了解对称性对运输性能的影响。在本文中,我们通过直接激光书写和硅单反转和光学表征通过Laue-衍射实验来描述制造。

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