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- W4302008001 abstract "A magnetic droplet soliton is a localized dynamic spin state which can serve as a nanoscale information carrier and nonlinear oscillator. The present opinion is that the formation of droplet solitons requires the compensation of magnetic damping by a torque created by a spin-polarized electric current or pure spin current. Here, we demonstrate theoretically that nanoscale droplet solitons can be generated and routed in ferromagnetic nanostructures with voltage-controlled magnetic anisotropy in the presence of uncompensated magnetic damping. Performing micromagnetic simulations for the MgO/Fe/MgO trilayer with almost perpendicular-to-plane magnetization, we reveal the formation of the droplet soliton under a nanoscale gate electrode subjected to a subnanosecond voltage pulse. The soliton lives up to 50 ns at room temperature and can propagate over micrometer distances in a ferromagnetic waveguide due to nonzero gradient of the demagnetizing field. Furthermore, we show that electrical routing of the soliton to different outputs of a spintronic device can be realized with the aid of an additional semiconducting nanostripe electrode creating controllable gradient of the perpendicular magnetic anisotropy." @default.
- W4302008001 created "2022-10-06" @default.
- W4302008001 creator A5002863758 @default.
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- W4302008001 date "2022-10-05" @default.
- W4302008001 modified "2023-09-27" @default.
- W4302008001 title "Generation and routing of nanoscale droplet solitons without compensation of magnetic damping" @default.
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- W4302008001 doi "https://doi.org/10.1103/physrevmaterials.6.l101401" @default.
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