ActivityProf. Kaneko and his resaerch group developed ultrafast permeable graphene-wrapped zeolite membrane which could sieve H2 molecular
2022.05.20
グラフェンで包接したゼオライトの電子顕微鏡画像
A research group led by Specially Contract Professor Kaneko developed ultrafast permeable graphene-wrapped zeolite membrane which could sieve H2 molecular 100 times faster than conventional membrane a...
Dr. Muramatsu is selected to participate Lindau Nobel Laureate Meeting this year
2022.04.25
Lindau Nobel Laureate Meeting is an annual scientific meeting held in Lindau, Germany. Around 30 Nobel Laureates are invited and young researchers from around the world join to participate in lectures...
Professor Rodolfo Cruz Silva posted a Perspective on Science Magazine
2021.05.10
Professor Rodolfo Cruz Silva (RISM) and Professor Ana Laura Elias (Binghamton University), posted a Perspectives on Graphene Oxide (GO) fibers on Science magazine.
New-generation gas separation system using gate-type adsorbents: Contributing to the development of CO2 separation and capture technology
2020.08.04
The research group of Prof. H. Tanaka (Shinshu University, RISM), Dr. S. Hiraide, Y. Sakanaka, Prof. M. T. Miyahara (Kyoto University), Dr. H. Kajiro (Nippon Steel Co.), Dr. S. Kawaguchi (JASRI) proposed a high-efficiency CO2 separation system using gate-type adsorbents.
A research paper on Nature: Photocatalyst that can split water into hydrogen and oxygen at a quantum efficiency close to 100%
2020.05.29
A research team led by Shinshu University’s Tsuyoshi Takata, Takashi Hisatomi and Kazunari Domen succeeded in developing a photocatalyst that can split water into hydrogen and oxygen at a quantum efficiency close to 100%. The team consisted of their colleagues from Yamaguchi University, The University of Tokyo and National Institute of Advanced Industrial Science and Technology (AIST).
