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Bond-selective modulation of scalar spin chirality in strained Mn4N
Xin Liu, Li Ma, Mingyue Zhao +10
Scalar spin chirality (SSC) underlies a variety of Berry-phase-driven transport phenomena in noncoplanar magnets. Mn4N is a unique ferrimagnetic system in which both collinear and…
Giant Full-Space Anomalous Hall Effect Induced by Non-Coplanar Spin State in Mn-Rich Mn3Sn
Yiming Liu, Xin Liu, Jiayao Zhu +6
Antiferromagnets are promising candidates for next-generation spintronic devices owing to their negligible stray fields and ultrafast spin dynamics. The noncollinear antiferromagne…
Flexible manipulation of chiral spin state by chemical bond in Mn triangular lattice magnet
Jiyuan Xu, Xin Liu, Li Ma +4
This study investigates the influence of chemical bonds on the magnetic structure of materials, a less explored area compared to their effect on crystal stability. By analyzing the…
Extrinsic suppression of anomalous Hall effect in Fe-rich kagome magnet Fe3Sn
Muhua Liu, Li Ma, Guoke Li +3
In Fe-based kagome magnets, Fe3Sn has been predicted to have the largest intrinsic anomalous Hall conductivity (AHC) and the highest Curie temperature TC = 743 K. However, the curr…
Large topological Hall effect arising from spin reorientation in kagome magnet Fe3Ge
Zixuan Zhang, Mingyue Zhao, Li Ma +4
Materials systems with spin chirality can provide ultra-high-density, ultra-fast, and ultralow-power information carriers for digital transformation. These material systems include…