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- Hitoshi Iida (M1) leaves for the University of Gothenburg for overseas training.
Mr. Iida left for the University of Gothenburg
- Highly-functional and low-power electronics
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Spintronics
Our laboratory studies spintronics.
In spintronics, two fundamental properties of electrons, charge (electric property) and spin (magnetic property), are utilized simultaneously. We aim at clarifying novel physical phenomena with the interplay of charge and spin, and applying them to high-functional and low-power information technologies.
Information
- Our laboratory works jointly with the Ikeda Laboratory and the Åkerman Laboratory. In addition, part of our educational activities is conducted in collaboration with the Otuka Laboratory.
News
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- Ms. Carmen del Pino Batlles of Universidad Autónoma de Madrid joined us as a Research Student(DC).
Carmen joined us as a Research Student
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- Our paper "Emergent impedance due to antiferromagnetic domain wall dynamics" by Y. Yamane, J. J. Nakane, Y. Araki, and J. Ieda was published in Physical Review B.
Paper on emergent impedance of antiferromagnetic domain wall published in Physical Review B
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- Yuma Sato (D3) leaves for ETH Zurich (Switzerland) for an overseas training.
Mr. Sato left for ETH Zurich (Switzerland)
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- Our paper “Reliable magnetometry for antiferromagnets and thin films: Correcting substrate artifacts in Mn3Sn/MgO systems” by K. Gas and M. Sawicki was published in Physical Review Applied.
Paper on reliable magnetometry published in Physical Review Applied
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- A Perspective paper "Challenges and opportunities in orbitronics" by S. Fukami, K.-J. Lee, and M. Kläui was published in Nature Physics.
Perspective paper on “orbitronics” published in Nature Physics
Video
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- Laboratory Introduction
- Released: July 2025
Made by Laboratory Students
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- Introduction to Spintronics
- Mainly for high school students
- Released: January 2021
Organized by IEEE Magnetics Society
