Birefringence is one of key performance for optical functional crystals owing to their
indispensable role in angle phase-matching or adjusting the polarization of light. In the past …

Birefringent materials play indispensable roles in modulating the polarization of light and are
vital in the laser science and technology. Currently, the design of birefringent materials …

Optical anisotropy, a spatially asymmetric light–matter interaction that manifests itself as
birefringence and dichroism, is paramount for manipulating light polarization in modern …

Exploring non π‐conjugated phosphate birefringent crystal with a large birefringence has
been a great challenge. Herein, based on the unique two‐dimensional layered structure in …

Owing to their vital role in creating and controlling polarized light, birefringent materials are
used extensively in various advanced optical systems which in turn impact a large, rapidly …

An unusual O/F ordered d0 transition metal fluoroantimonite, namely, K2SbMoO2F7, has
been created by the cationic size effect of alkali metals. It features the largest birefringence …

Birefringent crystals have important applications in optoelectronics due to their ability to
modulate and polarize light. Hybrid halide perovskites were not considered as promising …

Optical anisotropy is a fundamental building block for linear and nonlinear optical
components such as polarizers, wave plates, and phase-matching elements,,–. In solid …

Birefringent crystals that can modulate the polarization of light play a significant role in
modern optical devices including polarizing microscopes, optical isolators, and achromatic …

Maximizing the optical anisotropy in birefringent materials has emerged as an efficient route
for modulating the polarization‐dependent light propagation. Currently, the generation of …