作为电磁波, 光场可用振幅, 相位和偏振等参量表征, 空间光场调控技术通过对这些参量进行调控
, 生成新颖的空间结构光场. 与其它类型调控器件相比, 液晶空间光调制器具有衍射效率高 …

We come up with a simple feasible scheme for the creation of multiple ultra-long longitudinal
magnetization textures. This is realized by directly strongly focusing azimuthally polarized …

Since the fundamental building blocks of life are built of chiral amino acids and chiral sugar,
enantiomer separation is of great interest in plenty of chemical syntheses. Light-chiral …

Optical needles with central zero-intensity points have attracted much attention in the field of
3D super-resolution microscopy, optical lithography, optical storage and Raman …

As the essential properties of organisms, detection and characterization of chirality are of
supreme importance in physiology and pharmacology. In this work, we propose an optical …

We report a new paradigm for achieving magnetization spot arrays with controllable three-
dimensional (3D) orientations. Toward this aim, we subtly design a tailored incident beam …

In the era of big data, all‐optical control of the magnetization is recognized as an alternative
scheme that boosts the accelerating advance of multifunctional integrated opto …

Superposition of two independent orthogonally polarized beams is a conventional principle
of creating a new light beam. Herein, it is intended to achieve the inverse process, namely …

With features of fast and energy-efficient data writing, all-optical helicity-dependent switching
(AO-HDS) has emerged as a competitive technology to satisfy the demand for the next …

All‐optical control of magnetization vectors is considered as a powerful solution that
empowers the development of multifunctional integrated optomagnetic devices. The …