A wide range of topological phases have generated interest, notably within the context of magnetic semimetals, where specific symmetries tied to magnetic orders ensure the preservation of distinct topological states. By introducing staggered rotations, the authors show a route to manipulate vector chirality, facilitating a topological phase transition and tunable anomalous Hall conductivity in the noncollinear chiral antiferromagnet Mn3Sn.
- Subhadip Pradhan
- Kartik Samanta
- Ashis K. Nandy
