Flat optics, which could planarize and miniaturize the traditional optical elements, possesses
the features of extremely low profile and high integration for advanced manipulation of light …

Efficient calculation of the light diffraction in free space is of great significance for tracing
electromagnetic field propagation and predicting the performance of optical systems such as …

Using Richards–Wolf formulas, we show analytically that when strongly focusing a circularly
polarized axisymmetric non-vortex field (eg, a Gaussian beam or zero-order Bessel …

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 …

We demonstrate an all-optical strategy for realizing spherical three-dimensional (3D) super-
resolution (∼ λ 3/22) spot arrays of pure longitudinal magnetization by exploiting a 4π …

We report on the experimental demonstration of super-resolved pure-transverse focal fields
through focusing an azimuthally polarized first-order vortex (FOV) beam. The optimized …

The light-induced magnetization distributions for a high numerical aperture focusing
configuration with an azimuthally polarized Bessel-Gaussian beam modulated by optimized …

Based on the vector diffraction theory and the inverse Faraday effect, we numerically study
the light-induced magnetization near the focus of a 4π high numerical aperture focusing …

Light fields with spatially structured states of polarization (SoPs) are gathering increasing
attention because of their potential applications from optical imaging and micromanipulation …

In this work, the tight focusing of vector beams with azimuthal polarization and beams with a
V-line of polarization singularity (sector azimuthal polarization) was simulated numerically …