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.
Graduate Program (Tsukuba University - NIMS Joint Graduate School)
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.
What's New!!
- 2025.03.27
- Dr. A.R. Dilipan won "The Excellent PhD Thesis Award in Degree Programs in Pure and Applied Sciences" form University of Tsukuba.
- 2024.11.11
- Group Photo after the welcome party, taken in November.
- 2024.10.29
- Mr. A.R. Dilipan, a graduate student in Univ. of Tsukuba, won the "Encouragement Award" at the Japan Electronic Materials Society - 61st Autumn Lecture Conference 2024.
- 2024.10.08
- Mr. A.R. Dilipan, a graduate student in Univ. of Tsukuba, won the "STAM Young Scientist Award 2024" at SACSEM (The 10th Southeast Asian Joint International Conference on Energy Materials-2) for his poster presentation.
The presentation was on "Combinatorial sputtering synthesis of TbCu7-type Sm-Fe-based compounds:
A study on phase, composition and extrinsic magnetic properties".
- 2024.5.27
- NIMS Junior Researcher A.R. Dilipan, Group Leader Yukiko Takahashi and others have succeeded in synthesizing a new SmFe-based magnetic compound with magnetic properties that exceed those of the neodymium-iron compounds that make up neodymium magnets.
- 2024.3.28
- Group leader Yukiko Takahashi and special researcher P. Tozman, in collaboration with Seagate Technology and Tohoku University, have demonstrated that multi-value recording is possible by making the magnetic recording medium three-dimensional in hard disk drives (HDDs) used as recording devices in data centers.
- 2024.3.24
- A farewell group photo for Dr. Phillip David Bentley, a post-doc reseracher.
- 2024.1.11
- An introduction page of "TRMOKE" is availavle.
- www.nims.go.jp/mmu/facility/TRMOKE.html
- 2023.10.26
- Group photo after a farewell lunch for Nitipriya Tripathi, Res. Scholar, Materials Sci. & Tech., IIT.
- 2023.10.1
- Dr. Yuta Sasaki has joined the Magnetic Recording Materials Group as a researcher.
- 2023.9.28
- Dr. Shinji Isogami received the MSJ Outstanding Research Award 2023.
- 2023.7.31
- Group photo taken in July, 2023.
