Thermal nucleation and high-resolution imaging of submicrometer magnetic bubbles in thin thulium iron garnet films with perpendicular anisotropy

Thermal nucleation and high-resolution imaging of submicrometer magnetic bubbles in thin thulium iron garnet films with perpendicular anisotropy

Ferrimagnetic iron garnets are promising materials for spintronics applications, characterized by ultralow damping and zero current shunting. It has recently been found that few nm-thick garnet films interfaced with a heavy metal can also exhibit sizable interfacial spin-orbit interactions, leading...

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Main Authors: Büttner, Felix (Author), Mawass, Mohamad A. (Author), Bauer, Jackson (Author), Rosenberg, Ethan Raphael (Author), Caretta, Lucas Marcelo (Author), Avci, Can Onur (Author), Gräfe, Joachim (Author), Finizio, Simone (Author), Vaz, C. A. F. (Author), Novakovic, Nina (Author), Weigand, Markus (Author), Litzius, Kai (Author), Förster, Johannes (Author), Träger, Nick (Author), Groß, Felix (Author), Suzuki, Daniel (Author), Huang, Mantao (Author), Bartell, Jason M (Author), Kronast, Florian (Author), Raabe, Jörg (Author), Schütz, Gisela (Author), Ross, Caroline A. (Author), Beach, Geoffrey Stephen (Author)
Other Authors: Massachusetts Institute of Technology. Department of Materials Science and Engineering (Contributor)
Format: Article
Language:English
Published: American Physical Society (APS), 2020-05-29T15:27:03Z.
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