Abstract
The anomalous Hall effect (AHE) occurs in solids with broken time-reversal symmetry, typically in a ferromagnetic phase, as a consequence of spin-orbit coupling. Experimental and theoretical studies of the AHE are reviewed, focusing on recent developments that have provided a more complete framework for understanding this subtle phenomenon and have, in many instances, replaced controversy by clarity. Synergy between experimental and theoretical works, both playing a crucial role, has been at the heart of these advances. On the theoretical front, the adoption of the Berry-phase concepts has established a link between the AHE and the topological nature of the Hall currents. On the experimental front, new…
Citation impact
- FWCI
- 80.35
- Percentile
- 100%
- References
- 214
Authors
5- NNNaoto NagaosaCorresponding
The University of Tokyo, RIKEN
- JSJairo Sinova
The University of Tokyo, RIKEN, Texas A&M University
- SOShigeki Onoda
The University of Tokyo, RIKEN Center for Emergent Matter Science, RIKEN
- AHA. H. MacDonald
The University of Texas at Austin, RIKEN, The University of Tokyo
- NPN. P. Ong
The University of Tokyo, RIKEN, Princeton University
Topics & keywords
- Berry connection and curvature
- Physics
- Condensed matter physics
- Hall effect
- Geometric phase
- Semiclassical physics
- Quantum Hall effect
- Ferromagnetism