Tohoku University Global COE Program - Materials Integration -

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2010.10.18 
Spin-Seebeck effect in insulators and insulator-based thermoelectric generation(Saitoh Lab., IMR)
2010.10.15 
Final Conclusion is Achieved on the Mechanism of Magnetism by Supercomputer(Kawazoe Lab., IMR)
2010.10.15 
Development of a new nanocrystalline soft magnetic material exhibiting ultra low electric power loss and high magnetic flux density, toward practical applications(Makino Lab., IMR)
2010.07.07 
Enhanced output power in ZnO Ultraviolet Light Emitting Diodes(Kawasaki Lab., WPI)
2010.05.28 
Ultimate structure and composition of lithium niobate (LiNbO3) for superior optical properties(Uda Lab., IMR)
2010.04.16 
Crystal lenses focusing X-rays with an over 100 gain. – possible to simultaneous analyses of several elements -(Nakjima Lab., IMR)
2010.04.16 
Spin current and electric signal transmission in insulator(Saitoh Lab., IMR)
2009.01.01 
Synthesis of a hydride with lithium fast-ion conductivity at room temperature) (School of Engineering MAEKAWA lab, School of Engineering TAKAMURA lab, Institute for Materials Research ORIMO lab)
2008.11.01 
Discovery of the modification of the organic Mott insulators to the electronic conductive metal by x-ray irradiation (Institute for Materials Research, KOBAYASHI Lab)
2008.11.01 
Development of a TiO2-based spintronics material for room temperature transparent spintronics devices (WPI AIMR / Institute for Materials Research, KAWASAKI Lab)
2008.10.01 
Superconductivity induced by an electric field-effect method in an insulator (WPI Advanced Research Institute for Materials Research, KAWASAKI Lab, Institute for Materials Research, IWASA Lab, Center for Low Temperature Science, NOJIMA Group)
2008.10.01 
Discovery of the spin Seebeck effect--Thermal creation of the magnetic flow--(Institute for Materials Research MAEKAWA Lab)
2008.09.01 
High-responsivity visible-blind UV photo-detectors with conducting polymer/ZnO Schottky contacts(WPI Advanced Research Institute for Materials Research, KAWASAKI Lab)
2008.09.01 
Developing of New Alloy Process Technology Lowers Costs of Large LCD Panels(School of Engineering, Device Reliability Science and Engineering, KOIKE Lab)
2008.07.01 
Fabrication of rutile TiO2 with enhanced photocatalytic activity, water absorptivity and superhydrophilicity by anodic oxidation technique(Osaka Center for Industrial aterials Research ,MASAHASHI Lab)
2008.05.01 
Prediction of gferromagnetic Josephson resonanceh(Institute for Materials Research MAEKAWA Lab)
2008.03.01 
The introduction of an excellent brief statement(Institute for Materials Research WAGATSUMA lab)
2008.01.01 
Giant spin Hall effect in perpendicularly spin-polarized FePt/Au devices(Institute for Materials Research TAKANASHI lab, Institute for Materials Research MAEKAWA lab)
2007.11.01 
Li superionic conductivity in hydride(Institute for Materials Research ORIMO lab, School of Engineering TAKAMURA lab)
2007.09.01 
Different drive mechanisms of domain wall motion -Step toward MRAM-(Institute for Materials Research MAEKAWA lab)