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{\Large \bf 
Metallic Magnetism Group
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Professor          &:& Kazuyoshi Yamada\\
Assistant Professor&:& Kenji Ohoyama, Masaki Fujita, Hajime Yoshida\\
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We explore quantum mechanical exotic phenomena originating in degree of freedom on spin and orbital moments of $3d$ or $4f$ electrons: for instance, high $T_{\rm C}$ superconductivity, electronic quadrupolar ordering, electronic charge segregation and so on.

We offer a challenge of discovery of new materials or new systems exhibiting such exotic  phenomena and to make clear the mechanism from quantum mechanical point of view we grow and utilize single crystals with high quality for our experimental study.

Our main experimental method is neutron scattering, one of the most powerful and direct microscopic methods@for magnetic systems. Neutron scattering can be applicable to study not only spatial spin arrangement but also time and space correlations of dynamical spin fluctuation. Thus the results of detailed neutron scattering experiments on high quality samples provide us an opportunity to revisit the microscopic origin of magnetism.

For our investigation, we have installed and maintained two neutron diffractometers, HERMES and KSD, at Japan Atomic Research Institute, Tokai. We also perform neutron scattering experiments in collaboration with scientists all over the world (USA, France, UK, Germany etc.).

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