Institute of Engineering Innovation, School of Engineering, The University of Tokyo
Mr. Ooe, a PhD student, received Poster Presentation Award at the 63rd Symposium of the Japanese Society of Microscopy. Detail
Press release on the foundation symposium of the Next Generation Electron Microscopy Social Cooperation Program has been made (Japanese). Detail
A paper entitled "Towards Quantitative Electromagnetic Field Imaging By Differential Phase Contrast Scanning Transmission Electron Microscopy" has been published. Detail
Website of Next Generation Electron Microscopy Social Cooperation Program has been launched. Detail
A paper entitled "Ultra-high contrast STEM imaging for segmented/pixelated detectors by maximizing the signal-to-noise ratio" has been published. Detail
Our joint research with JEOL was featured in Nikkei Business (Japanese). Detail
Press release was issued on the results of atomic-level elucidation of the charging process of a next-generation high-capacity lithium battery, which was published in Nature Communications. Detail
Press release on the publication of a paper in Communications Materials in collaboration with the Institute for Materials Research, Tohoku University. Detail
A paper entitled "Quantitative electric field mapping of a p–n junction by DPC STEM" has been published. Detail
A paper entitled "Magnetic-structure imaging in polycrystalline materials by specimen-tilt series averaged DPC STEM" has been published. Detail
Two undergraduate students have just joined.
Web site launched.
Mr. Murakami, a first-year master's student, received the Student Presentation Award at the 62nd Symposium of the Japanese Society of Microscopy. Detail
Mr. Ooe, a PhD student, received the Student Scholar Award at Microscopy & Microanalysis 2019. Detail
NHK News reported the result of developing the world's first electron microscope.
Numerous media reported the development of the world's first electron microscope. Detail
A joint research group between Prof. Shibata and JEOL has succeeded in developing the world's first electron microscope that can directly observe magnetic materials at the atomic level without being affected by a magnetic field. Detail