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Published on: November 7, 2017
Nonequilibrium domain pattern formation in mesoscopic magnetic thin film elements assisted by thermally excited spin
1Department of Physics and Astronomy, University of Victoria, Victoria, BC, Canada.
Abstract:
The dynamic behavior in the evolving pattern of thermally assisted, nonequilibrium domains in magnetic thin-film elements undergoing ultrafast 180 degrees magnetization reversal was studied. Magnetization reversal enters a fully dynamic regime when the external field conditions are changed much faster than the sample is able to respond. The dynamic pathway develops a complexity not seen in quasistatic reversal but still retains a high level of order with well-developed dynamic domain patterns formed in response to subnanosecond transitions of the external applied magnetic field.
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