The materials that exhibit strong spin-textured bands are rapidly attracting more and more attention in past few years. In this new class of quantum materials, the band structures are strongly influenced by spin/magnetization direction, affording new twist to control topological behaviors, quantum anomalous Hall effect, transport, and optical properties by rotating the spin/magnetization. The control of spin direction in spin-textured band materials can be considered as a fundamentally new route toward desired properties compared with conventional spin ordering control. In this article, we will review the research progress on spin-textured band materials from both theoretical and experimental aspects, providing the critical ingredient of this new type of materials, united theory, challenging, and perspective for future research.

在过去的几年中，具有强自旋纹理带的材料迅速吸引了越来越多的关注。在这类新的量子材料中，能带结构受自旋/磁化方向的强烈影响，通过旋转自旋/磁化提供新的扭曲，以控制拓扑行为，量子异常霍尔效应，传输和光学性质。与传统的自旋有序控制相比，自旋纹理化带状材料中自旋方向的控制可被视为从根本上实现所需性能的新途径。在本文中，我们将从理论和实验方面回顾自旋织构带材料的研究进展，为这种新型材料的关键成分，统一的理论，挑战性以及未来的研究前景提供参考。