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Study of light Propagation in Photonic and Plasmonic Crystals through Fourier Image Spectroscopy

机译:傅里叶图像光谱光子和等离子体晶体光传播研究

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Photonic crystals and plasmonic structures have become a key subject in the future of optical communications and optical computing. Therefore, the study of their optical properties has become challenging in the last few years since they present micro or nanometric dimensions which makes it difficult their proper optical characterization. In this talk I will show that making use of Fourier image spectroscopy with NA objectives one can obtain full information on the near and far field scattering/emission patterns of this structures. I will also show examples of photonic and plasmonic crystals where we obtained experimental measurements of the photonics bands using this technique.
机译:光子晶体和等离子体结构已成为光通信和光学计算的未来的关键主题。 因此,在过去几年中对其光学性质的研究变得有挑战性,因为它们存在微观或纳米尺寸,这使得它们难以适当的光学表征。 在本谈话中,我将显示利用NA目标使用傅里叶图像光谱,可以获得有关该结构的近距和远场散射/发射模式的完整信息。 我还将显示使用该技术获得光子和等离子体晶体的示例,其中我们使用该技术获得了光子频带的实验测量。

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