Press・Project

Press

2024年

2024年01月30日

Paper that changes color when pressed and returns to its original color: Cellulose nanofiber paper containing mechanochromic materials Graduate School of Engineering (and Institute of Materials Innovation) Professor Matsuo

2023年

2023年12月20日

Highly durable perovskite solar cells using fullerene derivatives that can be vacuum-deposited - Progress towards practical application of next-generation solar cells - Graduate School of Engineering (and Institute of Materials Innovation) Professor Matsuo

2023年05月12日

Nagoya University and Nippon Zeon receive awards from two academic societies for “development of tough functional styrenic thermoplastic elastomer” Graduate School of Engineering（and Institute of Materials Innovation ,Center for Creating a Decarbonized Society) Lecturer Atsushi Noro
( 化学工業日報掲載/ )

2023年04月20日

Developing a highly conductive polymer electrolyte membrane with a high density of acid groups - Decarbonization technology contributing to the development of next-generation fuel cells and water electrolysis devices - Graduate School of Engineering（and Institute of Materials Innovation ,Center for Creating a Decarbonized Society) Lecturer Atsushi Noro
( 日経産業新聞/ 日本経済新聞電子版/ Yahooニュース掲載/ )

2022年

2022年07月20日

Development of high-resolution and reversible mechanical pressure measurement film using mechanochromic molecules ~ Quantitative study of mechanochromism in thin films ~ Graduate School of Engineering(and Institute of Materials Innovation) Professor Matsuo
( 日本経済新聞/ )

2022年06月28日

Controlling the time structure of synchrotron radiation with attosecond precision Synchrotron Light Research Center(and Institute of Materials Innovation)Professor Keishi Takashima

2022年06月17日

Ultra-efficient prediction of therapeutic drugs based on "cell shape" - Succeeded in developing analytical technology for advanced selection using AI judgment - Graduate School of Pharmaceutical Sciences(and Institute of Materials Innovation)Associate Professor Ryuji Kato

2022年03月14日

Developed organic thin-film solar cells using carbon nanotube transparent electrodes that can be mass-produced domestically Graduate School of Engineering(and Institute of Materials Innovation) Professor Matsuo
( 日本経済新聞掲載①/ ②/ )

2022年02月28日

Successfully developed and demonstrated the performance of a sensing mold made of cemented carbide using a metal 3D printer! Graduate School of Engineering(and Institute of Materials Innovation) Professor Makoto Kobashi

2021年

2021年12月20日

Developing a rubber material that surpasses the impact resistance of fiber-reinforced plastics - Contributing to lighter moving objects and realizing a carbon-free society - Graduate School of Engineering（and Institute of Materials Innovation ,Center for Creating a Decarbonized Society) Lecturer Atsushi Noro
( 日刊工業新聞/ 日経産業新聞/ 化学工業日報/ )

2021年12月15日

Successful production of millimeter-scale magic angle twisted two-layer graphene and direct observation of flat bands Graduate School of Engineering(and Institute of Materials Innovation) Associate Professor Wataru Norimatsu

2021年10月14日

Developing an inexpensive and high-performance cobalt-based ammonia synthesis catalyst - Contributing to the realization and spread of green ammonia - Graduate School of Engineering(and Institute of Materials Innovation)Professor Katsutoshi Nagaoka

2021年07月29日

Joint research agreement concluded for the development of fullerene derivatives that can be vacuum deposited - Aiming to revitalize the industrial application field of fullerene (C60) - Graduate School of Engineering(and Institute of Materials Innovation) Professor Matsuo

2021年05月26日

Developing a "fullerene derivative" that can be vacuum-deposited ~ Contributing to improving the performance of stable organic solar cells and electronic devices ~ Graduate School of Engineering(and Institute of Materials Innovation) Professor Matsuo

2021年01月28日

Jointly developed thermoplastic elastomer with world-class toughness with Zeon Corporation　Noro

2020年

2020年08月26日

We use white and black particles to create a coating that is both brightly colored and hard to peel off! ~Expected as a new environmentally friendly coloring material inspired by living things that does not use heavy metals~　Takeoka

2020年07月06日

All colors can be produced by combining three pigments made only of safe silica.　Takeoka

2020年02月28日

Developing materials that will be useful in future life! ~ Can be applied to highly advanced medical care and soft robots～ Takeoka

2020年01月23日

Expectations for ammonia synthesis using renewable energy! ～Development of highly active catalyst that contributes to solving energy and food problems～ Nagaoka

2019年

2019年08月21日

Brightly colored pigments can be made from safe and inexpensive white and black compounds

2019年05月29日

Creation of a new fuel cell membrane - Demonstrates higher performance than conventional membranes even without humidification - Noro
( 日刊自動車新聞/ 日刊工業新聞/ 中日新聞/ 日経産業新聞/ )

2018年

2018年11月13日

Ceremony to commemorate the establishment of the Institute for Materials Innovation, Institute for Future Society Creation
( 研究所概要/ 日本経済新聞/ )

2018年10月11日

Succeeded in easily preparing one of the important key materials: ``Transparent and highly tenacious material''!

Project

Large project selected as representative (including institutional representative)

■National Research and Development Corporation New Energy and Industrial Technology Development Organization (NEDO)

Common problem-solving industry-academia-government collaborative research and development project aimed at dramatically expanding the use of fuel cells, etc.
Joint problem-solving basic technology development
Fullerene derivatives for improving the durability of fuel cells Research and development of radical quenchers

Research period: July 2022 to March 2024

Representative name: Yutaka Matsuo

■Moonshot R&D project／Sustainability towards regeneration of the global environment by 2050

Representing resource circulation
Research and development of Cryo-DAC (direct capture of atmospheric CO2 using cold energy)

Research period: 2020-2029

Representative name: Yukiyoshi Norinaga

■National Research and Development Corporation New Energy and Industrial Technology Development Organization (NEDO)

Industry-academia-government collaborative research and development project to solve common problems aimed at dramatically expanding the use of fuel cells, etc.
Development of advanced technologies such as hydrogen utilization/Research and development of highly conductive anhydrous electrolyte membranes

Research period: July 31, 2020 to February 28, 2025 (maximum 5 years)

Representative name: Atsushi Noro

■National Research and Development Corporation New Energy and Industrial Technology Development Organization (NEDO)

Industry-academia-government collaborative research and development project to solve common problems aimed at dramatically expanding the use of fuel cells, etc. /
Development of advanced technologies such as hydrogen utilization / Research and development of carbon fiber that combines low cost and high performance

Research period: October 2020 to June 2022 (maximum 5 years)

Representative name: Juhei Irisawa

■National Research and Development Corporation New Energy and Industrial Technology Development Organization (NEDO)

Industry-academia-government collaborative research and development project to solve common problems aimed at dramatically expanding the use of fuel cells, etc.
Development of advanced cutting-edge technologies such as hydrogen utilization
High performance, high durability, and low cost MEA Research and development of cutting-edge elemental technologies for

Research period: October 2020 to March 2024 (maximum 5 years)

Representative name: Masaya Kawazumi

■JST Industrial Co-Creation Platform Joint Research Promotion Program (OPERA)

Creation of fundamental technology to build an energy ecosystem that utilizes local resources

Research period: November 1, 2018 to March 31, 2022

Representative name: Hideki Kita

■National Research and Development Corporation New Energy and Industrial Technology Development Organization (NEDO)

“Next-generation thermal power generation technology development / Next-generation thermal power generation basic technology development / CO2 effective utilization development” ・Evaluation

Research period: 2017-2020

Representative name: Yukiyoshi Norinaga

Companies with a track record of joint research

(From October 2018)

Ajinomoto Co., Inc. Bio Fine Research Institute
Ichimaru Falcos Co., Ltd.
M&A Food Technology Research Institute, General Incorporated Foundation
Osaka Fuji Industries Co., Ltd.
Kagome Co., Ltd.
Sumitomo Riko Co., Ltd.
Chubu Electric Power Co., Inc.
Cho Rinkai Technology Center Co., Ltd.
Denso Corporation
Toyo Hakko Co., Ltd.
Toyota Motor Corporation
Nippon Thermostat Co., Ltd.
Zeon Corporation
FANCL Co., Ltd.
Hokuriku Techno Co., Ltd.
Yazaki Sogyo Co., Ltd.
Yamato Co., Ltd.
Snow Brand Beanstark Co., Ltd.
Refine Holdings Co., Ltd.