HOMESpecial Symposium
Special Symposium
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Nanotechnology Contributing to 2050 Carbon Neutrality
Jan. 26, 2022 (Wed.) 10:30-11:30
Green Growth Strategy for 2050
Carbon Neutrality
Research Institute of Innovative Technology
for the Earth (RITE)
President / Director-General
Prof. Kenji Yamaji
Energy Technology and
Social Progress
Universal Energy Research Institute, Inc.
President
Mr. Takeshi Kaneda
Next-generation Semiconductors driven by Nanotechnology
Jan. 26, 2022 (Wed.) 11:40-12:40
Spintronics for low-carbon
information society
Research Institute of Electrical Communication
Professor
Prof. Shunsuke Fukami
Challenge for optoelectronic
computing with
integrated nanophotonics
NTT Basic Research Laboratories /
Tokyo Institute of Technology
Nanophotonics Center / Department of Physics
Mr. Masaya Notomi
The forefront of material technology leading to the development of next-generation batteries
Jan. 26, 2022 (Wed.) 15:00-17:00
Research of materials for
Na-ion and K-ion batteries
Tokyo University of Science / Kyoto University
Department of Applied Chemistry / ESICB
Prof. Shinichi Komaba
Development of solid-state
batteries using clean electrolyte/
electrode interface
Tohoku University
Department of Chemistry,
Graduate School of Science
Assistant professor
Dr. Hideyuki Kawasoko
Development of AZUL
Catalysts
and Application for
Air Batteries
Tohoku University
Junior Principal Investigator / Associate Professor
Prof. Hiroshi Yabu
Lithium-air batteries with
practically high energy density
National Institute for Materials Science
Rechargeable Materials Battery Group,
Center for Green Research on Energy and
Environmental Materials
Senior Researcher
Dr. Shoichi Matsuda
The forefront of Lithium Ion Batteries
Jan. 27, 2022 (Thu.) 10:30-12:30
Development for next-generation
lithium-ion battery technologies
with new concept
Toshiba Corporation
Functional Materials Laboratory,
Nano Materials & Frontier Research Laboratories,
Corporate Research & Development Center
Senior Manager
Dr. Shinsuke Matsuno
Digital Manufacturing of
Lithium-ion Batteries using
Inkjet Printing
RICOH COMPANY, LTD
Printed Battery Technology Project Team,
Battery Printing Section,
Printed Battery Material & System Institute,
Advanced Technology R&D Division
Manager
Dr. Hiromichi Kuriyama
Development of Clay-type
Lithium-Ion Battery and
Their Advantages
KYOCERA Corporation
Energy System R&D Division, Corporate R&D Group
Principal Engineer
Mr. Hiromitsu Mishima
Development of oxide-based
small all-solid-state batteries
suitable for IoT applications
Murata Manufacturing Co., Ltd.
Battery Development Dept., Device Center /
A-Project, Module Engineering Group,
Minato MIRAI Innovation Center
Chief Material Researcher
Mr. Masayuki Nagamine
Materials informatics for R&D Digital transformation era.
Jan. 27, 2022 (Thu.) 14:55-17:00
How artificial intelligence
and robotics change the
way of our research?
Tokyo Institute of Technology
School of Materials and Chemical Technology
Professor / Senior Aide to the President /
Tokyo Tech Academy of Convergence of
Materials Informatics Program Sub-coordinator,
Associate Director
Prof. Taro Hitosugi
Research DX which
Hitachi consider
Hitachi, Ltd.
Public Digital Transformation Department,
Government & Public Corporation
Information Systems Division
Mr. Hidekazu Morita
Material Informatics &
Digital Transformation
Toyota Motor Corporation
Advanced Material Engineering Division
Chief Professional Engineer
Dr. Tetsuya Shoji
Synthetic chemistry led
by Microflow research DX
Kyoto University
Graduate school of Engineering, Department of
Synthetic Chemistry and Biological Chemistry
Associate Professor
Prof. Aiichiro Nagaki
Nanotechnology Accelerating Quantum Technology Innovation
Jan. 28, 2022 (Fri.) 10:30-12:30
Quantum technology innovation
strategy for social implementation
RIKEN
Center for Quantum Computing
Deputy Director
Dr. Shinichi Yorozu
Efforts on Quantum Computing
Research at Fujitsu
Fujitsu Limited
Fujitsu Research
Mr. Shintaro Sato
Tokyo Institute of Technology
Prof. Takayuki Iwasaki
Innovations in Medicine and
Life Sciences through Creation of
Quantum Life Science
National Institutes for
Quantum Science and Technology (QST) /
Nagoya University
Director General, Institute of Quantum Life Science /
Director, Institute of Nano-Life-Systems,
Institutes of Innovation for Future Society
Director
Prof. Yoshinobu Baba
Development of highly reliable, large-capacity Multilayer Ceramic Capacitors
Jan. 28, 2022 (Fri.) 15:00-17:00
Past, present and future of
processing technology related to
multilayer ceramic capacitors
Chubu University
Department of Applied Chemistry,
College of Engineering
Professor
Prof. Wataru Sakamoto
University of Yamanashi
Graduate Faculity of Interdisciplinary Research
Professor
Prof. Satoshi Wada
Technology trends for
miniaturization and large
capacitance of multilayer
ceramic capacitors
Fukui Murata Manufacturing. Co., Ltd.
Development Department 1, Capacitor Division
Mr. Makoto Matsuda
Design of multilayer ceramic
capacitors for high reliability
TAIYO YUDEN CO., LTD.
Materials Research & Development Department,
R&D Laboratory
Manager, Principal Scientist
Mr. Koichiro Morita