Dr. Mohri’s
Science Column
Discovery and inventions
Professor Mohri’s
study of magnetics
This is a collection of episodes related to magnetic research written by Professor Mohri.
In the course of research, hints are hidden about how discoveries and inventions are made.
Invention of the MI sensor
In 1993, it was discovered at Nagoya University in Japan that applying magnetism to amorphous wires significantly changes impedance, and moreover, a highly sensitive magnetic sensor was invented that applies this effect. This is the MI sensor. The special magnetic structure of the amorphous wire provides very high sensitivity.
Profile
Kaneo Mohri
Degree | Dr. Engineering (1974/Kyushu University)
Field of expertise | Applied magnetics (sensor magnetics), measurement engineering, control engineering, electronic circuits
Societies of Science | IEEE(Fellow), Institute of Electrical Engineers of Japan, Institute of Electronics, Information and Communication Engineers, and Magnetics Society of Japan
Field of expertise | Applied magnetics (sensor magnetics), measurement engineering, control engineering, electronic circuits
Societies of Science | IEEE(Fellow), Institute of Electrical Engineers of Japan, Institute of Electronics, Information and Communication Engineers, and Magnetics Society of Japan
History
- 1963
- Graduated from the Department of Electronics and Engineering, Faculty of Engineering, Kyushu University
- 1968
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Withdrawal from doctoral courses from the Graduate School of Engineering, Department of Electronics
Assistant (Faculty of Engineering, Department of Electronic Engineering) - 1982
- Professor, Faculty of Engineering, Kyushu Institute of Technology
- 1987
- Professor, Faculty of Engineering, Nagoya University
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No.13A Message to the Younger Generation of Scientists and Engineers
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No.12A Scientist’s Self-Reflection
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No.11High-Performance Materials Driving the Industrial Society of Automobiles and Smartphones
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No.10MI Sensor Innovation
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No.9MI Sensor Innovation Industry-academia-government cooperation and patent (intellectual property) theory
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No.8Smart City Construction
Magnetics and Sustainability -
No.7The Social nature of technology
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No.6Arrival of a New Era of Magnetic Sensors
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No.5Points of interest on the "MA-Q pitching analysis ball" realized with a built-in MI-sensor from the viewpoint of Sensor Magnetics
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No.4Researchers' autonomy, research originality and patents
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No.3History of Japan's Steel Manufacturing
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No.2High-performance micromagnetic sensor Amorphous wire MI sensor invention
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No.1The birth of amorphous alloy wires and business applications for security sensor tags