Fundamental researches on magnetic recording with high areal density beyond 4 Tbit/in2
We carry out fundamental researches on magnetic recording with high areal density beyond 4 Tbit/in2. For this areal density, new magnetic recording method with an assistance by the external energy such as heat, microwave magnetic field and light is required. To realize an effective magnetization switching, we are developing a new magnetic recording medium suitable for the energy assisted magnetic recording by the control of the microstructure and magnetization dynamics.
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What's New!!
2025.12.12- Aiko Sakoguchi won the "Best Oral Presentation Award" at NIMS 2025 Student Seminar. The award was for her presentation entitled "Magnetization dynamics modulation of L10-FePt by Nd doping".
2025.12.04- Helen Sibi, Graduate Student (Univ. of Tsukuba) in Magnetic Recording Materials Group, won the "Best Presentation Award" at the 16th ISAJ Symposium. The award was for her presentation entitled "Design and optimization of FePt-based multilevel HAMR media for high-capacity and energy-efficient data storage".
2025.11.12- The 8th CMSM Research Exchange Meeting was held, and Dr. Angayarkanni Ramamurthy Dilipan, a Post-Doc in Magnetic Recording Materials Group, won the best poster award. The title of his presentation was "Tailoring W-Pt based spacer layers for multi-level heat-assisted magnetic recording media".
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