人工微结构光场调控的研究进展

Research progresses of optical field manipulation with artificial micro/nano-structures

人工微结构是增强光与物质相互作用的重要物理体系之一,为光物理与光子学技术的发展提供了全新的机遇和广阔的前景。利用人工微结构实现光场多维度精确调控及其与物质相互作用研究是物理科学研究的前沿,也是未来多学科跨越式发展的重要基础。本文系统介绍了我们在人工微结构光场偏振态、相位、振幅和多维度联合调控方面取得的最新研究进展,展示了人工微结构在光场调控研究领域巨大的研究潜力和广阔的应用前景。

Artificial micro/nano-structure is one of the most important systems for the enhancement of the interaction of light and matter,which provides new opportunities and broad prospects for the development of photophysics and photonics.The studies about the rigorously multi-dimensional manipulation of optical fields and their interactions are the frontiers of physical science research and the important basis for the leapfrog development of multi-disciplinary by using artificial micro/nano-structure.In this research progress,we systematically introduced our recent progresses of polarization,phase,amplitude and multi-dimensional manipulations of optical fields with artificial micro/nano-structures,which reveal the great research potential and wide application prospects of artificial micro/nano-structures in the field of optical field manipulation.