The aim of this laboratory is to study the physical properties of matters (such as
semiconductors, magnetic materials, metals, insulators) under ultra-high magnetic field
conditions. Such a high magnetic field is also used for realizing the new material phase and
functions. Our pulse magnets can generate up to 80 Tesla by non-destructive way (the
world record), and from 100 up to 730 Tesla (the world strongest as an indoor record) by
destructive (the single turn coil and the electro-magnetic flux compression) methods. The
former offers physical precision measurements (the electro-conductance, the optics, and
the magnetization). The multiple extreme physical conditions combined with ultra-low
temperature and ultra-high pressure are also available, and are open for domestic and
international scientists. The magnet technologies are intensively devoted to the quasi-
steady long pulse magnet (an order of 1-10 sec) energized by the world largest DC
generator (51.3MW, 210 MJ), and also to a 100 Tesla nondestructive magnet. Whereas, the
latter facilities (destructive ones) are oriented for developing new horizons in material
science realized under such extreme quantum limit conditions.
 Takeyama Lab. |
Kindo Lab. |
Tokunaga Lab. |
Matsuda Lab. |
Magnet Model Shop Osada Lab. (Division of Physics in Extreme Conditions)
・International Conference *NEW*
Fukuoka International Congress Center, Fukuoka, Japan (2010.8.1-6)
Last Update 2009.6.25
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