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Switching Anomalous Hall and Nernst Responses by Nonmagnetic N Occupation at Fixed Noncoplanar Mn Antiferromagnetic Order
Xin Liu, Jiyuan Xu, Li Ma +4
Nonmagnetic atomic occupation can control anomalous transverse transport by modifying magnetic symmetry without changing the underlying magnetic order. We demonstrate this effect u…
Mn substitution induced a ferrimagnetic to ferromagnetic transition in trigonal
Ze-Xin Liu, Yu Liu, Sen-Miao Zhao +4
Tailoring the magnetic properties of chromium tellurides via heterointercalation with extrinsic transition metals remains largely unexplored. Here, we report a comprehensive invest…
Lattice-Expansion-Driven Stabilization of Helical Magnetic Order in Ru-Doped MnP
Xin-Wei Wu, Deng-lu Hou, Li Ma +3
The practical utilization of MnP in chiral spintronic devices is fundamentally constrained by its low helical ordering temperature (). Here, we demonstrate that Ru subst…
Tunable intersublattice exchange coupling drives magnetic evolution in MnGaC ()
Dong-Hui Xu, Cong-Mian Zhen, Deng-Lu Hou +3
We investigate the magnetic and transport evolution in MnGaC (), where Mn substitution at corner Ga sites induces lattice contraction and suppress…
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…