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Plasmonic Metasurface for Photonic Applications in Demand

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Abstract

The functionalities of traditional optical component are mainly based on the phase accumulation through the propagation length, leading to a bulky optical component like lens and waveplate. Plasmonic metasurfaces composed of two-dimensional (2D) artificial structures have attracted a huge number of interests due to their ability on controlling the optical properties including electromagnetic phase as well as amplitude at a subwavelength scale [1]. They therefore pave a promising way for the development of flat optical devices and integrated optoelectronic systems. In this talk, several research topics for photonic applications based on metasurfaces will be performed and discussed: Beas deflection [2], highly dimensional holographic imaging [3], versatile polarization generation and analysis [4], multi-functional and tunable metadevices [5], engineering non-radiating anapole mode in free space [6] and achromatic metasurface devices [7]

© 2017 Optical Society of America

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