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2009 | Achievements

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2009
12/25 Achievements Tohoku University Professor Genkuro Fujino Award
10/02 Achievements Evidence for a Pivotal Role of Sex Chromosome in Species Formation in Japanese Stickleback Fish
09/30 Achievements Development of New Nanocomposite Thin Film with High Refractive Index
09/18 Achievements The Relation between Driving A Two-wheel Vehicle and Brain Activation and About The Second Research
09/18 Achievements Jointly Making A Trial Model of A Small, Energy-saving, and Plasma Assisted Gasoline Engine
04/13 Achievements Finding of common pairing symmetry in electron- and hole-doped iron-based high-temperature superconductors - A great step toward complete understanding of the superconducting mechanism -
04/06 Achievements Finding new factors that are required for equal segregation of chromosomes during cell division --Possible involvement in genetic stability and cancer progression--
03/25 Achievements Revealing the mystery of C60's superconducting state at 38 kelvin
03/09 Achievements Breakthrough in realizing the new principle of "Electromotive force"
03/05 Achievements Effective molecular-targeted therapy for patients with advanced non-small-cell lung cancer.
03/02 Achievements Revealing the mechanism of interval time coding by neurons
02/23 Achievements Detection of the escape UV light from galaxies at 12 billion years ago
02/20 Achievements Discovery of geological strata marking a largest mass extinction (the end-Permian extinction) in Iwate Prefecture
02/05 Achievements Success in writing and reading spin quantum state of optically injected electrons for the first time in the world (Breakthrough for building a quantum interface)
02/04 Achievements The prevalence of metabolic syndrome in patents with chronic heart failure is more than twice higher than in normal population in Japan
01/26 Achievements Succeeded in observation of optical-fiber Kerr nonlinearity at the single photon level
01/23 Achievements Breakthrough in the development of Halide-Stabilized LiBH4, a room-Temperature Lithium Fast-Ion Conductor for the first time in the world
01/19 Achievements Refined Analysis of magnetic microstructure in a Co-CoO obliquely evaporated tape by using the electron holography (Succeeded in imaging a periodic pattern of magnetic flux loops)
01/08 Achievements Prof. Koyanagi Succeeded in development of integration technology for a breakthrough integration system for the first time in the world