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AIST-Utokyo Advanced Operando-Measurement Technology Research and Open Innovation Laboratory Research and (OPERANDO-OIL) Testing Complexⅱ Testing Complexⅰ

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AIST-Utokyo Advanced Operando-Measurement Technology Research and Open Innovation Laboratory Research and (OPERANDO-OIL) Testing Complexⅱ Testing Complexⅰ Access Map of Kashiwa Campus, The University of Tokyo N AIST-UTokyo Advanced Operando-Measurement Technology Research and Open Innovation Laboratory Research and (OPERANDO-OIL) Testing ComplexⅡ Testing ComplexⅠ CChibahiba EExperimentxperiment SStation,tation, IIISIS Laser and Synchrotron Research Laboratory, ISSP National Institute of Advanced Industrial Science and Technology (AIST) Ocean Observation Transdisciplinary Science Department of Materials and Chemistry Warehouse, AORI Laboratory, GSFS Low-Rise Building, ISSP Kashiwa Research Complex 2 Institute for Cosmic Todai Kashiwa Venture Plaza Environmental Institute for Solid State Ray Research (ICRR) Biosciences, Transdisciplinary Studies, GSFS Physics (ISSP) Kavli IPMU Tokatsu Techno Plaza GSFS Science, GSFS Kashiwa Research Atmosphere and Ocean Complex Research Institute (AORI) Restaurant Kashiwa Health (Plaza Ikoi ) Service Center Cafeteria Kashiwa Guest House Academic Sushi-Restaurant (Hama) Shop Food shop & Cafe Kashiwa Library Gatehouse Gorokurō Pond Main Gate AIST-UTokyo By Train Advanced Operando-Measurement Technology To Tsukuba - From Kashiwanoha-campus station (west entrance) of TSUKUBA To Kasukabe EXPRESS (TX) Line Open Innovation Laboratory Joban High Way Tobu Urban Park L. Kashiwa IC ・Tobu Bus “Nishikashiwa03 (西柏03)” for east entrance of Nagareya- Edogawadai Sta. ma-otakanomori Station → get off at “National Cancer Center” Route 16 stop. ・Tobu Bus “Nishikashiwa04 (西柏04)” for east entrance of Edogawa- The University of Tokyo dai Station → get off at “National Cancer Center” stop. To Tokyo Kashiwa Campus ・Tobu Bus “Nishikashiwa10 (西柏10)” for east entrance of Edogawa- dai Station → get off at “Todai-mae” stop. The University of Tokyo ・About 25 minutes' walk from Kashiwanoha-campus station to the campus Kashiwanoha Campus - From Kashiwa station (west entrance) of JR Joban Line Station Satellite (Future Center) ・Tobu Bus “Nishikashiwa01 (西柏01)” or “Kashiwa44(柏44)” for sukuba National Cancer Center → get off at “National Cancer Center” stop. o T T - From Edogawadai Station (east entrance) of Tobu Urban Park Line West Exit ・Tobu Bus “Nishikashiwa04 (西柏04)” or “Nishikashiwa10 (西柏10)” Tsukuba Express for Kashiwanoha-campus station west entrance → get off at Kashiwanoha-Campus Sta. “National Cancer Center” stop. ・Tobu Bus “Nishikashiwa10 (西柏10)” for Kashiwanoha-campus To Akihabara station west entrance → get off at “Todai-mae” stop. Tsukuba Express, Tobu Urban Park L. Nagareyama-ōtakanomori Sta. By Car To Kashiwa Take the Joban Expressway and get off the Kashiwa Interchange (in the direction of Chiba). Drive into the National Rout 16 and follow it for 500 m. Turn right at the “Toyofuta Industrial Estate Entrance” crossroads. Contact National Institute of Advanced Industrial Science and Technology (AIST), Department of Materials and Chemistry Advanced Operando-Measurement Technology Open Innovation Laboratory 5-1-5 Kashiwanoha, Kashiwa, Chiba, 277-8568 Japan Kashiwa Research Complex 2, the University of Tokyo Kashiwa Campus (AIST UTokyo Cooperation Site) TEL: +81-4-7136-6746 E-mail: [email protected] Website: https://unit.aist.go.jp/operando-oil/ 2018.7 Greeting Organization Human beings have started to gather knowledge on nature by observa- tion, that is, by accurate inspection. Nanotechnology has developed similarly: it began with nano-observa- tion. In other words, you cannot make a thing you cannot see. Buddhism has eight basic practices that constitute the Noble Eightfold Path: Right View, Right Resolve, Right Speech, Right Action, Right Liveli- hood, Right Effort, Right Mindfulness, and Right Concentration. This pro- Director, Laboratory: Special Adviser: Deputy Director, Principal Research Laboratory: Manager: cess holds true in scientific procedures in basic science, as well, including processes in basic science Prof. Y. AMEMIYA PhD T. SASAKI PhD J. ISHII PhD S. HARA employed in applied research and those leading to product development for the welfare and happi- (Project Prof. UTokyo) ness of human beings in the end. This is exactly the aim of “AIST-UTokyo Advanced Operando-Measurement Technology Open Inno- Laboratory Team vation Laboratory (OPERANDO-OIL).” We utilize techniques to measure materials/devices in actual working conditions (operando measurement) to deepen our understanding of basic science, and Tough Composite Materials Process Team simultaneously make efforts to proceed to product development. （p.4） We expect interested researchers and companies to actively participate in OPERANDO-OIL. PhD Y. HAKUTA* Prof. K. TERASHIMA† Yoshiyuki AMEMIYA （AIST） (UTokyo) Director, Laboratory Organic Device and Spectroscopy Team （p.5） Aim of OPERANDO-OIL PhD M. MUKAIDA Prof. H. OKAMOTO*,† OPERANDO-OIL combines fundamental technologies for advanced measurement and materials (AIST) (UTokyo) with new physical properties developed by the University of Tokyo (UTokyo) and research potentials for precise measurement and material/device technology put forth by the National Institute of Ad- vanced Industrial Science and Technology (AIST), to establish the Advanced Operando-Measurement Advanced Coherent Photon Process Team （p.6） Technology and develop it further for application to a broad range of innovative materials, devices, and manufacturing technologies, and to act as a “bridge” between companies. PhD R. KURODA* Prof. Y. KOBAYASHI （AIST） (UTokyo) Solution of social issues, creation of new industries Biomolecular Dynamics Team （p.7） Acceleration of “bridging” ・ Consortium formation ・ Large projects PhD K. MIO* Prof. Y. SASAKI† Panoramic view of the Univ. of Realization of new materials Tokyo Kashiwa Campus （AIST） (UTokyo) New needs/ideas, *：Laboratory Team Leader †：AIST cross-appointment fellow collaboration and innovative devices FS(Feasibility Study) themes※ ・Solution of biomolecular dynamics Innovative operando microscopic technique realizing the evaluation of ・Solution of functions of organic electronic materials next-generation nanodevices under operation ・Development of advanced aqua process AIST UTokyo PhD. H. AKINAGA (AIST), Prof. S. SHIN (UTokyo) （p.8） ・Solution of process of laser beam machining Cooperation Site Operando measurement-based exploration of health functions of underused materials originating from bioresources PhD. K. TOMINAGA (AIST), Prof. Y. OHYA (UTokyo) （p.9） Cross-appointment Human resource development Evaluation of structural vacancy in an icosahedral cluster solid by positron (research assistants, post-doctoral fellows) probe and creation of semiconducting quasicrystals and high-performance Advanced Operando-Mesuremeant Technology thermoelectric materials PhD N. OSHIMA (AIST), Prof. K. KIMURA (UTokyo) （p.10） AIST The Univ. of Tokyo ・Circular dichroism spectroscopy ・Soft X-ray emission spectrometry Research on the sophistication of secondary batteries by ultrahigh ・Terahertz absorption spectroscopy ・Polarization imaging ・Diffracted X-ray resolution soft X-ray spectroscopic analysis ・Positron probe under atmospheric tracking (DXT) ・Absolute emission PhD H. MATSUDA (AIST), Prof. Y. HARADA (UTokyo) （p.11） environment ・Image measurement ・Cryoelectron microscope ・Laser photoelectron spectroscopy ※ ・Time resolved spectroscopy ：Themes conducted in FY2017 2 3 Greeting Organization Human beings have started to gather knowledge on nature by observa- tion, that is, by accurate inspection. Nanotechnology has developed similarly: it began with nano-observa- tion. In other words, you cannot make a thing you cannot see. Buddhism has eight basic practices that constitute the Noble Eightfold Path: Right View, Right Resolve, Right Speech, Right Action, Right Liveli- hood, Right Effort, Right Mindfulness, and Right Concentration. This pro- Director, Laboratory: Special Adviser: Deputy Director, Principal Research Laboratory: Manager: cess holds true in scientific procedures in basic science, as well, including processes in basic science Prof. Y. AMEMIYA PhD T. SASAKI PhD J. ISHII PhD S. HARA employed in applied research and those leading to product development for the welfare and happi- (Project Prof. UTokyo) ness of human beings in the end. This is exactly the aim of “AIST-UTokyo Advanced Operando-Measurement Technology Open Inno- Laboratory Team vation Laboratory (OPERANDO-OIL).” We utilize techniques to measure materials/devices in actual working conditions (operando measurement) to deepen our understanding of basic science, and Tough Composite Materials Process Team simultaneously make efforts to proceed to product development. （p.4） We expect interested researchers and companies to actively participate in OPERANDO-OIL. PhD Y. HAKUTA* Prof. K. TERASHIMA† Yoshiyuki AMEMIYA （AIST） (UTokyo) Director, Laboratory Organic Device and Spectroscopy Team （p.5） Aim of OPERANDO-OIL PhD M. MUKAIDA Prof. H. OKAMOTO*,† OPERANDO-OIL combines fundamental technologies for advanced measurement and materials (AIST) (UTokyo) with new physical properties developed by the University of Tokyo (UTokyo) and research potentials for precise measurement and material/device technology put forth by the National Institute of Ad- vanced Industrial Science and Technology (AIST), to establish the Advanced Operando-Measurement Advanced Coherent Photon Process Team （p.6） Technology and develop it further for application to a broad range of innovative materials, devices, and manufacturing technologies, and to act as a “bridge” between companies. PhD R. KURODA* Prof. Y. KOBAYASHI （AIST） (UTokyo) Solution of social issues, creation of new industries Biomolecular Dynamics Team （p.7） Acceleration
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