Perpendicular nanomagnets can host complex bubble-like dynamics driven by the localized injection of a spinpolarized current. This kind of dynamics is here fully analyzed, by means of micromagnetic simulations, in two typical spintronic geometries: confined point-contact spin-valve and extended nanocontact oscillator. The multi-approach analysis gets information from the time domain signal, its frequency spectrum, the magnetization configuration, the spatial mode distribution and the wavelet analysis.

Spin-torque oscillators based on the excitation of bubble-like solitons

PULIAFITO, VITO;GIORDANO, ANNA;AZZERBONI, Bruno
2014

Abstract

Perpendicular nanomagnets can host complex bubble-like dynamics driven by the localized injection of a spinpolarized current. This kind of dynamics is here fully analyzed, by means of micromagnetic simulations, in two typical spintronic geometries: confined point-contact spin-valve and extended nanocontact oscillator. The multi-approach analysis gets information from the time domain signal, its frequency spectrum, the magnetization configuration, the spatial mode distribution and the wavelet analysis.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11570/2696968
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