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We measure magnetic field dependence of the Hall angle in a metallicferromagnetic nanomagnet with stable local magnetic moments where the adoptedmechanisms of Hall effect predict linear plus a constant dependence on theexternal field originating from the ordinary and anomalous Hall effects,respectively. We suggest that the experimentally observed deviations from thisdependence is caused by the inverse spin Hall effect (ISHE) and develop aphenomenological theory, which predicts a unique nonlinear dependence of theISHE contribution on the external magnetic field. Perfect agreement betweentheory and experiment supports the considerable role of the ISHE in the Halltransport in ferromagnetic metals.

Hall effect in ferromagnetic nanomagnets: magnetic field dependence as an evidence of inverse spin Hall effect contribution