Realization of kagome lattice, and hence achieving specific performance, is a challenging
issue in condensed matter physics. The corner-sharing triangles of kagome lattice are …

Metal hydrides have been studied extensively due to their intriguing superconductivity and
potential hydrogen storage capacities. Here, the structural, electronic, phononic, and …

The MoSH monolayer, one of the Janus transition metal sulfhydrates synthesized by
stripping the top-layer S of MoS 2 and replacing it with H atoms [Wan, ACS Nano 15, 20319 …

Kagome materials exhibit fascinating properties and hold important research significance.
Inspired by the extensive studies on the AV 3 Sb 5 family of materials, here, we investigate …

Abstract The A V3Sb5 prototype kagome materials have been demonstrated as a versatile
platform for exploring exotic properties in condensed matter physics, including charge …

Abstract Two-dimensional (2D) materials hold promising application potential in the future,
so it is worthy to explore new 2D materials with fascinating structures and functionals. Here …

The development of quantum anomalous hall (QAH) insulator with high transition
temperature is the key to realize practical applications in future quantum technology and …

To realize the quantum anomalous Hall (QAH) effect in two-dimensional (2D) intrinsic
magnetic materials, which combines insulating bulk states and metallic edge channel states …

Recently, the emergence of van Hove singularity, flat band, and Dirac cone in kagome
materials has attracted tremendous interest as they are closely related to the …

Pursuing higher-temperature superconductors under ambient pressure continues to be a
prominent topic in materials discovery. Isomorphic structures like MgB2 exhibit potential for …