Physicsin Multiple Extreme Conditions Laboratory
Unraveling how magnets and superconductivity work in extreme environments
Electrons in materials cause magnetic force and superconductivity, but examining how these electrons behave is difficult. Our laboratory examines the structure of electrons inside a material by studying fluctuations in electrical conductivity and other changes under extreme environments, such as high pressure, ultra-low temperatures and strong magnetic fields. Our research focuses on organic superconductors, which are plastic-like materials with magnetic and superconductive properties.
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Affiliation
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Mechanical Engineering
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Faculty Name
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ISHII, Yasuyuki |
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Academic Society
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The Physical Society of Japan The Japan Society of High Pressure Science and Technology (JSHPST) Society of Muon and Meson Science of Japan |
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Keyword
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Material science, Magnetic materials, Superconductivity, New materials, Physics, Electrochemistry, Extreme environments, Quantum physics, Electronic properties |
Study Fields
Physics, Applied physics, Materials science and engineering, Applied chemistry, Electronic engineering
For Society
In recent years, plans to make superconductor-based power transmission systems for practical use have come under consideration. Superconductors allow power transmission with less loss. In addition, magnetic substances are used in data storage media for computers. Materials with better properties need to be developed.
Research Themes
- Development of a pressure vessel for precise physical property measurement, which can be used at low temperatures and under strong magnetic fields
- Research on pressure-induced superconductors
- Research on magnetic properties of organic conductors