Spontaneous Anomalous Hall effects in magnetic and non-magnetic systems

Anatoly Vedyayev, Lingling L Tao, M. Zhuravlev
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Abstract

We consider two cases of spontaneous anomalous Hall current. In non-magnetic system with spin-orbit coupling, the applied bias results in the appearance of nonequilibrium magnetization and anomalous Hall current. The latter demonstrates non-linear dependence on the applied bias. In magnetic system with spin-orbit coupling, anomalous current appears without applied bias. We perform the calculation in the framework of free electron model, whereas common approach to this type of the phenomena is based on Berry connection. We demonstrate that the anomalous currents acquire a measurable magnitude for the reasonable parameters of the models.
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磁性和非磁性系统中的自发反常霍尔效应
我们考虑了自发反常霍尔电流的两种情况。在具有自旋轨道耦合的非磁性系统中,外加偏压会导致非平衡磁化和反常霍尔电流的出现。后者与外加偏压呈非线性关系。在具有自旋轨道耦合的磁性系统中,反常电流的出现与外加偏压无关。我们在自由电子模型框架内进行计算,而处理这类现象的常见方法是基于贝里连接。我们证明,在模型参数合理的情况下,反常电流的大小是可以测量的。
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