The 133th Topical Symposium of The Magnetics Society of Japan / The 7th Symposium of the Hybrid Recording
The hybrid recording combined optical and magnetic recording technology towards daybreak
The research activities in a hybrid recording technology which combines an optical recording technology and a magnetic recording technology is considered to become important in future ultra high density storage. There are so many issues to be clarified and engineering problems which should be solved, such as the research of stable materials, thermal stability at high density, tiny domain recording, the clarifiction of the material design technique including the cool down process and heat conductive character which is suitable for recording, temperature controlling, and the introduction of new medium process including nano-processing technology.
In this symposium, researchers actively working in the fields of recording materials, magnetic head, optics, optical wave-guide, nano-processing, thermal control, simulation, tribology and magneto-optical recording will give present and discuss issue concerning future high density recording technologies. We look much forward in your participation who has interest in this field.
| Date: | December 9, 2003 (Thu.) 10:00 – 16:30 |
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| PlaceVenue: | Nihon Univ. Surugadai Building No.1 2F, room No.122 ( PDF: 50KB ) |
| In cooperation with: | IEE of Japan, Investigation Committee of High-speed and High-density Magneto-optical Recording |
| Cost: | Admission Free (reserved reader and student) 2,000 Yen (member and corporate member) 4,000 Yen (non-member) |
| Textbook: | 1,000 Yen (member and corporate member) |
| For further information: | contact The Magnetics Society of Japan at TEL 03-5281-0106. http://henry.ecs.cst.nihon-u.ac.jp/~knaka/hybrid/ |
| Organizers: | A.Kikitsu (Toshiba), A.Nakaoki (Sony), M.Birukawa (Matsushita) |
Program |
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| Chairperson M.Birukawa | |||
| 10:00-10:40 | The key issues and prospects for hybrid storage combined magnetic and optical recording technologies N.Ohta (Hitachi Maxell) |
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| 10:40-11:20 | Analysis of thermally-assisted magnetic recording for high density using micromagnetic simulation Y.Yoshihama, K.Shiiki (Keio Univ.) |
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| 11:20-12:00 | Simulation of micro domain formation in MFM thermomagnetic recording T.Kato, T.Koyama, M.Shimodaira, S.Tsunashima, S.Iwata (Nagoya Univ.) |
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| 12:00-13:30 | <Lunch> | ||
| Chairperson A.Kikitsu | |||
| 13:30-14:10 | Magnetic Printing Technology for Servo Track Writing of HDDs T.Ishida, K.Miyata, H.Hashi, T.Hamada, K.Tohma, K.Matsuoka (Matsushita) |
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| 14:10-14:50 | Discrete Track Perpendicular Media for High Density Magnetic recording S.Okawa, M.Takai, T.Suwa, K.Nakata, M.Moriya (TDK) |
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| 14:50-15:10 | <Break> | ||
| 15:10-15:50 | Recording characteristics and thermal stability in Tb-Fe-Co/Co-Cr-Pt-B composite perpendicular magnetic recording media E.Miyashita, N.Funabashi, R.Taguchi, T.Tamaki (NHK), Y.Sakai, A.Ootsuki (FUJI Elec.) |
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| 15:50-16:30 | FePt perpendicular magnetized film on SiOx substrate and magnetic characteristics of TbFeCo on it Y.Itoh, A.Tsukamoto, K.Nakagawa, A.Itoh (Nihon Univ.) |
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Audio and video recording, and photographs are prohibited, please.
