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In April 2024, the Mag&Tech group, in collaboration with Professor D.-H. Kim's group at Chungbuk National University in South Korea, proposed a new technical approach for the design of future spinner terahertz wave sources, and the research results were published in "Advanced Optical Materials".
In April 2024, the Mag&Tech group, in collaboration with Professor D.-H. Kim's group at Chungbuk National University in South Korea, proposed a new technical approach for the design of future spinner terahertz wave sources, and the research results were published in "Advanced Optical Materials".
In May 2023, the Mag&Tech group, in collaboration with Professor X.-X. Zhang's group at KAUST in Saudi Arabia published a groundbreaking finding in "Materials Horizons" that demonstrates the ability to manipulate the orientation of magnetic strip domains through an electric field. This discovery presents a novel approach to advancing low-power electronically controlled magnetic technology.
In May 2023, the Mag&Tech group, in collaboration with Professor X.-X. Zhang's group at KAUST in Saudi Arabia published a groundbreaking finding in "Materials Horizons" that demonstrates the ability to manipulate the orientation of magnetic strip domains through an electric field. This discovery presents a novel approach to advancing low-power electronically controlled magnetic technology.
2022 Yanbian Forum for Spintronics
2022 Yanbian Forum for Spintronics
----Seminar on Chiral Excitation and Transport of magnetic Quantum Systems
DATA: November 5, 2022
Organizers: Yanbian University, Yanbian · Yanji, P. R. China
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