Nanophotonics; walking beyond the classical limits of light

S. Kawata
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Abstract

Nanophotonics has recently achieved new dimensions in several aspects of nanoscience, such as nano-imaging, nano-analysis or even nano-manipulation of several kinds of samples ranging from semiconductors to biomolecules. The interaction volume between light and sample is classically restricted by so-called diffraction limit of light, which is about half of the wavelength of the probing light. We have jumped aver this classical limit in several nanophotonics technologies, such as in fabrication, in analysis and in imaging of samples at nanoscale, and have shown how light can interact with materials in a volume much smaller than the diffraction limits.
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纳米光子学;超越了经典的光的界限
纳米光子学最近在纳米科学的几个方面取得了新的进展,如纳米成像、纳米分析,甚至是从半导体到生物分子的几种样品的纳米操作。光与样品之间的相互作用体积通常受到所谓光的衍射极限的限制,该极限约为探测光波长的一半。我们已经在几个纳米光子学技术中突破了这个经典极限,比如在纳米尺度的制造、分析和样品成像中,并且已经展示了光如何在比衍射极限小得多的体积内与材料相互作用。
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