124 citations · 423 across the 17 of their papers we have counts for
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Revealing Spin and Spatial Symmetry Decoupling: New Insights into Magnetic Systems with Dzyaloshinskii-Moriya Interaction
Yuxuan Mu, Di Wang, Xiangang Wan
It is widely accepted that spin-orbit coupling (SOC) generally locks spin and spatial degrees of freedom, as a result, the spin, despite being an axial vector, is fixed and cannot…
First-principles study of spin orbit coupling contribution to anisotropic magnetic interaction
Di Wang, Xiangyan Bo, Feng Tang +1
Anisotropic magnetic exchange interactions lead to a surprisingly rich variety of the magnetic properties. Considering the spin orbit coupling (SOC) as perturbation, we extract the…
Determining the range of magnetic interactions from the relations between magnon eigenvalues at high-symmetry k points
Di Wang, Jihai Yu, Feng Tang +2
Magnetic exchange interactions (MEIs) define networks of coupled magnetic moments and lead to a surprisingly rich variety of their magnetic properties. Typically MEIs can be estima…
Electronic and magnetic properties of the Jahn-Teller active fluoride from first-principles calculations
Jianghan Bao, Di Wang, Hai-Zhou Lu +1
In perovskite-type compounds, the interplay of cooperative Jahn-Teller effect, electronic correlations and orbital degree of freedom leads to intriguing properties. $\mathrm{NaCrF_…
Calculated magnetic exchange interactions in Dirac magnon material Cu3TeO6
Di Wang, Xiangyan Bo, Feng Tang +1
Recently topological aspects of magnon band structure have attracted much interest, and especially, the Dirac magnons in Cu3TeO6 have been observed experimentally. In this work, we…
Emergence of Topological Nodal Lines and Type II Weyl Nodes in Strong Spin--Orbit Coupling System InNbX2(X=S,Se)
Yongping Du, Xiangyan Bo, Di Wang +4
Using first--principles density functional calculations, we systematically investigate electronic structures and topological properties of InNbX2 (X=S, Se). In the absence of spin-…