In strongly correlated electron systems, novel phenomena can show up due to a complex combination of degrees of freedom of the electrons, such as charge, spin and orbital. To understand the mechanism of the phenomena, it is highly important to obtain information on not only static structure (crystal/magnetic structures) but also dynamical structure (lattice/spin dynamics) of materials. We utilize neutron diffraction and spectroscopy techniques which can observe dynamical susceptibility in wide spatial/temporal regimes, to explore the structure and dynamics. Several research projects including high-transition-temperature (high-Tc) superconductivity, frustrated magnetism and heavy-fermion system etc. are recently focused in our group, and we develop state-of-the-art neutron spectrometers to observe phonons and magnetic excitations. We also make every effort to grow high quality single crystals necessary for the measurements.
Materials Property Division
Metal Physics with Quantum Beam Spectroscopy
- Assoc. Prof. Yusuke NAMBU
- Assist. Prof. Yoichi IKEDA
- Assist. Prof. Kensuke SUZUKI
Elucidate Origins of Novel Phenomena Through Probing Structure and Dynamics
quantum beam, spin, high-Tc superconductors, crystal growth