Nanolithography based on an atom pinhole camera for fabrication of metamaterials

P.N. Melentiev , A.V. Zablotskiy , A.A. Kuzin , D.A. Lapshin , A.S. Baturin , V.I. Balykin
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引用次数: 4

Abstract

We have experimentally realized a method of images construction in atom optics, based on the idea of optical pinhole camera. Generation of identical images with maximum resolution has been explored. With the use of an atom pinhole camera we have built on a Si and glass surfaces an array of identical arbitrary-shape atomic nanostructures with the minimum size of an individual nanostructure’s element down to 50 nm. Limitations of the approach for fabrication of metamaterials are discovered.

基于原子针孔相机的纳米光刻技术在超材料制造中的应用
基于光学针孔相机的思想,实验实现了一种原子光学图像构建方法。以最大的分辨率生成相同的图像已被探索。通过使用原子针孔相机,我们在硅和玻璃表面构建了一组相同的任意形状的原子纳米结构,单个纳米结构元素的最小尺寸可达50纳米。发现了制造超材料方法的局限性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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