磁性笼目晶格材料中的拓扑磁畴与拓扑能带结构OA

The Kagome lattice possesses a hexagonal network structure with high symmetry.Due to this unique geometric configuration,it exhibits a variety of novel quantum properties.Kagome lattice materials are prone to causing geometric spin frustration,which may give rise to quantum spin liquids and induce phenomena such as topological magnetic domain structures,topological band structures,and topological superconductivity.Consequently,Kagome lattice systems are regarded as vital platforms for exploring frontier quantum physics and developing future quantum devices.This article systematically reviews the research progress of magnetic Kagome lattices from different physical properties.It focuses on the latest research achievements regarding topological magnetic domains and topological bands in Kagome lattices,summarizes the structural and physical characteristics of Kagome lattices in various material systems,and provides an outlook on future prospects of the field.