片上集成人工微结构光场调控（特邀）

Abstract

Significance Light is an indispensable carrier of energy and information in humans daily life. The main information of light fields can be described by a few attributes such as amplitude, phase, frequency, and polarization. How to flexibly and effectively manipulate these light field dimensions has been a key research focus in optics and photonics. Meanwhile, with the development of technology, Moore s Law is gradually losing its effectiveness, and traditional electronic chips are facing increasing performance improvement challenges. Compared with electrons, photons have fast transmission velocity, high informationcarrying capacity, and unique parallel processing capability. Therefore, replacing electronic components