Material Research Society Fall Meeting
-Boston, USA, November,2006-
■ Multiferroic Behaviors of Ferroelectric Ferromagnet, YbMnO₃ Epitaxial Film. Norifumi Fujimura
■ Polarization Control Type FET with a Ferroelectric Gate and a Polar Semiconductor. Norifumi Fujimura ■ Conduction Characteristics of Charge Ordering Type Ferroelectrics, YFe₂O₄-δ. Ken Imamura
■ Magnetic and Ferroelectric Properties of YMnO₃ Epitaxial Thin Films. Kazuhiro Maeda

13th International Workshop on Oxide Electronics
-Ischia, Italy, October, 2006-
■ Cross-Correlation of Ferroelectric Ferromagnet, YbMnO₃ Epitaxial Films. Norifumi Fujimura
■ Controlled Polarization Type FET with a Ferroelectric Gate and a Polar Semiconductor
Norifumi Fujimura
■ Mn Concentration Dependence of Optical Property of ZnMnO Thin Films. Tadahiro Fukushima

The 6th Japan-Korea Conference on Ferroelectrics(第６回日韓強誘電体会議JKC-FE06）
-Sendai, Japan, August,2006-
■ Electrical Conduction Properties of Charge Ordering Type Ferroelectrics YFe₂O₄-δ . Ken Imamura
■ Nonvolatile Memory Operation of Ferroelectric-Gate ZnO Channel Thin-film Transistors
Takeshi Yoshimura

The 17th International Conference on Magnetism
-Kyoto, Japan, August,2006-
■ Magnetic Properties of Low Temperature Grown Si:Ce Thin Films on (001) Si Substrate.
Takemi Terao
■ Preparation og ZnMnO Thin Films on ZnO Single Crystal Substrate (000-1) and its Magnetic Properties. Keiichiro Masuko

IEEE International Symposium on the Applications of Ferroelectrics(ISAF2006)
-NorthCarolina, USA, July, 2006-
■ Fabrication and Electrical Characterization of ZnO/YMnO₃ Ferroelectric Gate Piezoelectric-Semiconductor Thin-film Transistors. Takeshi Yoshimura

International Conference on Integrated Ferroelectrics
-Waikiki, USA, April, 2006-
■ Multi-Ferroic Properties of YMnO₃ Epitaxial Films. NorifumiFujimura
■ Ferroelectric Gate Transistors using YMnO₃/ZnO Gate Structure. NorifumiFujimura

2006 International Meeting for Future of Electron Devices, Kansai
-Kyoto, Japan, April, 2006-
■ Fabrication of YMnO₃ Epitaxial Thin Films and　the Magnetic-Ferroelectric Correlation Phenomena.　　Kazuhiro Maeda