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Tagen Kankyoka no Kyosokan Denshiso Heisei 10-14 Nendo No.10CE2004

Strongly correlated electronic phases under hypercomplex environments. Theories of strange superconductivity and magnetism in strongly correlated electronic systems.
Strongly correlated electronic phases under hypercomplex environments. Crystal growth of high-purity and high-quality single crystals and the study of the strongly correlated electronic systems by the de Haas van Alphen effect.
Strongly correlated electronic phases under hypercomplex environments. Elucidation of electronic states in bulk and on the surfaces of strongly correlated electronic systems by optoelectron spectroscopy.
Strongly correlated electronic phases under hypercomplex environments. Investigation of photo non-linearity by electronic correlation.
Strongly correlated electronic phases under hypercomplex environments. Theories on electromagnetic response including the correlation effects of enclosed systems.
Strongly correlated electronic phases under hypercomplex environments. Preparation of quantum enclosed structure of electrons and exitons by a molecular beam epitaxial method.
Strongly correlated electronic phases under hypercomplex environments. The magnetism and conductivity of nano-magnetic materials.
Strongly correlated electronic phases under hypercomplex environments. Theoretical studies of non-equilibrium phase transformation and non-linear responses of quantum fluid.
Strongly correlated electronic phases under hypercomplex environments. Physical properties of quantum hole systems in two-dimensional nano-spaces and of correlated s-electronic systems in sequential nano-spaces.
Strongly correlated electronic phases under hypercomplex environments. Elucidation of the pressure-induced complex phase transformation by the first principle calculation.
Strongly correlated electronic phases under hypercomplex environments. Pressure-induced magnetic critical points in ferromagnetic and antiferromagnetic metals.
Strongly correlated electronic phases under hypercomplex environments. Detailed studies of superconductivity of simple substances that are exposed to ultra-high pressure.
Strongly correlated electronic phases under hypercomplex environments. Quantum phase transformation of strongly correlated electronic systems under high pressure.