Advanced Synthesis Research Group
Group Director
Zhaomin Hou

- Brief resume
- 1989
- D.Eng., Kyushu University
- 1990
- Special Postdoctoral Researcher, RIKEN
- 1991
- Postdoctoral Research Associate, University of Windsor, Canada
- 1993
- Research Scientist, Organometallic Chemistry Laboratory, RIKEN
- 1997
- Senior Scientist, Organometallic Chemistry Laboratory, RIKEN
- 2002
- Chief Scientist, Organometallic Chemistry Laboratory, RIKEN (-current)
- 2010
- Group Director, Advanced Synthsis Research Group, RIKEN (-current)
Outline
Chemical synthesis is a key scientific discipline for making useful materials at the molecular level, and it has made and will continue to make significant contributions to modern society. Although synthetic technology has now reached an extraordinary level of sophistication, there is ample scope for improvement in terms of resource-efficiency and environmental issues. To tackle these problems, we focus particularly on the development of highly efficient, selective or unprecedented synthetic processes on the basis of advanced catalytic chemistry and advanced element chemistry. Our group aims not only at developing innovative catalysts, but also creating new functional molecules that may open new windows onto materials science.
Research Teams
- Team Leader
- Zhaomin Hou
We aim to develop highly active, highly selective functional-polymerization catalysts, advanced functional organic-synthesis catalysts and unique synergistic function catalysts for highly efficient, selective chemical synthesis, production of new functional materials, and activation and utilization of small molecules and unexploited raw materials.
- Team Leader
- Masanobu Uchiyama
Our main research aims include (1) development of innovative synthetic processes; (2) applications of organic-metallic hybrid chemistry to materials science; and (3) evaluation of the biological activities of organic-metallic hybrid complexes (bioorganometallics).
- Team Leader
- Yasuhiro Uozumi
Development of a safe, green, simple, easy and prompt chemical process producing a desired compound with high efficiency and selectivity is an important goal in next-generation synthetic organic chemistry. To accomplish this goal our team explores novel catalytic systems operating synergistically.
Core Members
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| Postdoctoral Fellow |
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| Student Trainee |
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| Technical Assistant |
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| Visiting Research Staff |
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( ) indicates primary affiliation in RIKEN. Please see Research Team page for other members.