Member

A01

Research Group

A01-1
Creation of advanced π-conjugated molecules based on 2D/3D-hybridization of nanographenes

Organic and Carbon Nanomaterials Unit, Okinawa Institute of Science and Technology Graduate University
Assistant Professor

Akimitsu Narita

Laboratory HP

A01-2
Creation of rigid and advanced π-conjugated molecules based on sp²/sp³ skeleton-hybridization

Graduate School of Science, Nagoya University
Professor

Akiko Yagi

Laboratory HP

A01-3
Synthesis of advanced π-conjugated molecules with a new π-bonding mode

Graduate School of Science, Tohoku University
Professor

Takeaki Iwamoto

Laboratory HP

A01-4
Creation of advanced π-conjugated molecules based on cyclic π-conjugated systems of heavier main group elements

A01 Leader
Faculty of Pure and Applied Sciences, University of Tsukuba
Professor

Takahiro Sasamori

Laboratory HP

A02

Research Group

A02-1
Functional stable radicals derived from advanced π-conjugated molecules

Graduate School of Engineering Science, The University of Osaka
Associate Professor

Akihiro Shimizu

Laboratory HP

A02-2
Functional switching controlled by multi-stage redox reaction of advanced π-conjugated molecules

Faculty of Science, Hokkaido University
Associate Professor

Yusuke Ishigaki

Laboratory HP

A02-3
Triplet engineering of advanced π-conjugated molecules

Department of Engineering Science, The University of Electro-Communications
Associate Professor

Shuzo Hirata

Laboratory HP

Institute of Materials Structure Science, High Energy Accelerator Research
Associate Professor

Keiki Fukumoto

Laboratory HP

A02-4
Advanced π-conjugated molecules with environment response for fluorescent imaging

A02 Leader
Institute of Transformative Bio-Molecules, Nagoya University
Professor

Shigehiro Yamaguchi

Laboratory HP

A03

Research Group

A03-1
Advanced π-conjugated molecules: Control of organic-inorganic interface and application to organic electronic devices

A03 Leader
Institute for Chemical Research, Kyoto University
Professor

Atsushi Wakamiya

Laboratory HP

A03-2
Development of advanced π-conjugated molecular polarization systems and their application to actuators and sensors

Molecular Mechatronics Group, National Institute for Materials Science
Research Administrator

Masafumi Yoshio

Laboratory HP

Molecular Mechatronics Group, National Institute for Materials Science
Senior researcher

Junko Aimi

Laboratory HP

A03-3
Advanced π-conjugated molecular liquids for application in electret materials

Research Center for Materials Nanoarchitectonics, National Institute for Materials Science
Group Leader

Takashi Nakanishi

Laboratory HP

A03-4
The development of functions through the higher-order structures of nanospaces formed by advanced π-conjugated molecules

Graduate School of Engineering, Nagoya University
Professor

Ryotaro Matsuda

Laboratory HP

International Institute for Sustainability with Knotted Chiral Meta Matter/WPI-SKCM2, Hiroshima University
Professor

Hiroshi Sato

Laboratory HP

Research Group

A04-1
In-silico design of advanced π-conjugated molecules integrated with functional field modeling

A04 Leader
Institute of Transformative Bio-Molecules, Nagoya University
Professor

Takeshi Yanai

Laboratory HP

Institute for Catalysis, Hokkaido University
Professor

Jun-ya Hasegawa

Laboratory HP

Member

A01

Research Group

A01-1Creation of advanced π-conjugated molecules based on 2D/3D-hybridization of nanographenes

A01-2Creation of rigid and advanced π-conjugated molecules based on sp2/sp3 skeleton-hybridization

A01-3Synthesis of advanced π-conjugated molecules with a new π-bonding mode

A01-4Creation of advanced π-conjugated molecules based on cyclic π-conjugated systems of heavier main group elements

A02

Research Group

A02-1Functional stable radicals derived from advanced π-conjugated molecules

A02-2 Functional switching controlled by multi-stage redox reaction of advanced π-conjugated molecules

A02-3Triplet engineering of advanced π-conjugated molecules

A02-4Advanced π-conjugated molecules with environment response for fluorescent imaging

A03

Research Group

A03-1Advanced π-conjugated molecules: Control of organic-inorganic interface and application to organic electronic devices

A03-2Development of advanced π-conjugated molecular polarization systems and their application to actuators and sensors

A03-3Advanced π-conjugated molecular liquids for application in electret materials

A03-4The development of functions through the higher-order structures of nanospaces formed by advanced π-conjugated molecules

Research Group

A04-1In-silico design of advanced π-conjugated molecules integrated with functional field modeling

Member

A01-1
Creation of advanced π-conjugated molecules based on 2D/3D-hybridization of nanographenes

A01-2
Creation of rigid and advanced π-conjugated molecules based on sp²/sp³ skeleton-hybridization

A01-3
Synthesis of advanced π-conjugated molecules with a new π-bonding mode

A01-4
Creation of advanced π-conjugated molecules based on cyclic π-conjugated systems of heavier main group elements

A02-1
Functional stable radicals derived from advanced π-conjugated molecules

A02-2
Functional switching controlled by multi-stage redox reaction of advanced π-conjugated molecules

A02-3
Triplet engineering of advanced π-conjugated molecules

A02-4
Advanced π-conjugated molecules with environment response for fluorescent imaging

A03-1
Advanced π-conjugated molecules: Control of organic-inorganic interface and application to organic electronic devices

A03-2
Development of advanced π-conjugated molecular polarization systems and their application to actuators and sensors

A03-3
Advanced π-conjugated molecular liquids for application in electret materials

A03-4
The development of functions through the higher-order structures of nanospaces formed by advanced π-conjugated molecules

A04-1
In-silico design of advanced π-conjugated molecules integrated with functional field modeling