Enhancing domain wall velocity through interface intermixing in W-CoFeB-MgO films with perpendicular anisotropy

6533b7defe1ef96bd1275ef5

RESEARCH PRODUCT

Enhancing domain wall velocity through interface intermixing in W-CoFeB-MgO films with perpendicular anisotropy

Samridh Jaiswal Carolyna Hepburn Dafiné Ravelosona Gianfranco Durin Liza Herrera Diez Mohamed Belmeguenai Jürgen Langer Boyu Zhang Gerhard Jakob N. Vernier Xueying Zhang Wang Lin Berthold Ocker Arianna Casiraghi S. M. Chérif Mamour Sall Weisheng Zhao Tao Xing Mathias Kläui Andrei A. Stashkevich Yves Roussigné Xiaoxuan Zhao Xiaoxuan Zhao

subject

010302 applied physics Materials science Physics and Astronomy (miscellaneous)Spintronics Magnetic domain Condensed matter physics 530 Physics Perpendicular magnetic anisotropy 02 engineering and technology 530 Physik 021001 nanoscience & nanotechnology 01 natural sciences [SPI]Engineering Sciences [physics]Domain wall (magnetism)Creep [PHYS.COND.CM-GEN]Physics [physics]/Condensed Matter [cond-mat]/Other [cond-mat.other]0103 physical sciences Perpendicular anisotropy Irradiation [PHYS.COND]Physics [physics]/Condensed Matter [cond-mat]0210 nano-technology Anisotropy ComputingMilieux_MISCELLANEOUS

description

We study the influence of He+ irradiation induced interface intermixing on magnetic domain wall (DW) dynamics in W-CoFeB (0.6 nm)-MgO ultrathin films, which exhibit high perpendicular magnetic anisotropy and large Dzyaloshinskii-Moriya interaction (DMI) values. Whereas the pristine films exhibit strong DW pinning, we observe a large increase in the DW velocity in the creep regime upon He+ irradiation, which is attributed to the reduction of pinning centers induced by interface intermixing. Asymmetric in-plane field-driven domain expansion experiments show that the DMI value is slightly reduced upon irradiation, and a direct relationship between DMI and interface anisotropy is demonstrated. Our findings provide insights into the material design and interface control for DW dynamics, as well as for DMI, enabling the development of high-performance spintronic devices based on ultrathin magnetic layers.

year	journal	country	edition	language
2019-09-16

10.1063/1.5121357 https://hal.science/hal-02332104

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