Hiizu Iwamura (岩村 秀, Iwamura Hiizu, born 17 December 1934) is a Japanese chemist and Professor of Chemistry, Nihon University, as well as Professor Emeriti of Institute for Molecular Science (Okazaki). University of Tokyo and Kyushu University in Japan.
1957 B.S. Faculty of Science, The University of Tokyo1962 D.Sci. in Chemistry, The University of TokyoThesis: Intramolecular Hydrogen Bonding between Hydroxy Group and π-Electron Systems (Supervisors: Professors Yoshiyuki Urushibara and Michinori Oki)
1962-1966 Assistant Professor, The University of Tokyo1966-1969 Lecturer, The University of Tokyo1967-1969 Research Associate, University of Wisconsin (with Prof Howard E. Zimmerman)1970-1977 Associate Professor, The University of TokyoNovember 1974-January 1975 DAAD Visiting Professor, University of Tübingen, Germany1977-1988 Professor, Institute for Molecular Science, 1978-1987 Director of Division of Applied Molecular Science1983-1985 Adjunct Professor, Faculty of Engineering, Nagoya University1987-1995 Professor, The University of TokyoNovember, 1987 Visiting Professor, University of Chicago1994-1998 Professor, Kyushu University, 1995-1998 Director, Institute for Fundamental Research in Organic Chemistry, Kyushu UniversityApril-May, 1995 Visiting Professor, Louis Pasteur University, France1998-2000 Professor, National Institution for Academic Degrees2000-2005 Professor, University of the Air, 2001-2005 Director of Tokyo Bunkyo Study Center2005-2010 Professor, Advanced Research Institute of Science and Humanity, Nihon University2010-present Professor, College of Science and Technology, Nihon University1979-1989 Associate and Titular Member, Commission on Organic Photochemistry, Division of Organic Chemistry, IUPAC1992-1994 Member of the Board of Directors of the Chemical Society of Japan1993-1994 Chairman, Kanto Section of the Chemical Society of Japan1999-2012 Chairperson of the Committee for Validation and Examination for Degrees, National Institution for Academic Degrees and University Evaluation2000-2005 Member of the Science Council of Japan2005-2011 Corresponding Member of the Science Council of JapanMarch 2000-February 2001 President Elect, the Chemical Society of JapanMarch 2001-February 2002 President, The Chemical Society of Japan2007-2008 The First President, Japan Union of Chemical Science and Technology1987-1996 Journal of Physical Organic Chemistry Editorial Board1987-1992 New Journal of Chemistry, France, Advisory Board1987-1999 Advances in Physical Organic Chemistry, Advisory Board1988-2000 Chemical Reviews (American Chemical Society), Editorial Advisory BoardChairmanship of conferences and symposia
June 1982 Oji International Seminar on Chemistry of Weak Molecular Interactions in AichiOctober 1992 International Conference on Chemistry and Physics of Molecule-Based Magnetic Materials in Tokyo1990-1995 The Chemical Society of Japan Executive Committee for 1995-Chemical Congress of The Pacific Basin Societies in Honolulu1995 The 6th Kyushu International Symposium on Physical Organic Chemistry1995-2000 Vice-Chairman, 2000 Chemical Congress of the Pacific Basin Societies in HonoluluSeptember 1996 The 1st Gordon Research Conference on Organic Structure and Properties in FukuokaAwards and honors
1963 The Chemical Society of Japan Award for Young Scientist November 1987 Julia and Edward Lee Lectureship from the University of Chicago1992 The Chemical Society of Japan Award1996 Purple Ribbon Medal of Japan (Shiju Hosho)1998 Fujiwara Science Award2001 Maria Sklodowska-Curie Medal from the Polish Chemical Society2003 The Japan Academy Prize2010 The Order of the Sacred TreasureMajor research interest and accomplishments
Organic molecule-based magnets, Radical and carbene chemistry, Correlated internal rotation (molecular gears), Organic reactions in sub- and supercritical water.In 1984 he prepared hydrocarbon tri-carbene and tetra-carbene to demonstrate that their 2p-electron spins aligned in parallel and paramagnetic moments became greater than those of iron(III) and Gd(III) salts due to five 3d- and seven 4f-electron spins, respectively. The highest spin nona-carbene ever prepared had a S = 9 ground state (1993). Aminoxyl radicals and pyridylcarbenes were assembled into polymers by coordination with magnetic metal ions to give mixed metal-organic molecule-based magnets. They included a ferromagnet with the Curie temperature of 46 K (1996) and photomagnets where only the irradiated part become strongly magnetic (1997).Earlier he designed and prepared a whole series of di-(9-triptycyl)X (X=CH2, NH, O, SiH2, S) as molecular cog-wheels and demonstrated that they undergo almost free correlated internal rotation (disrotation) by various physical and chemical measurements. Since the rapid internal rotation of the cog-wheels does not get off the track, the di-9-triptycyl compounds carrying different benzene ring(s) gave isolable stereoisomers due to the phase of the label in spite of the rapid internal rotation (1980).More recently he developed a number of preparative organic reactions that proceed by way of aldol condensation and Michael addition in sub- or supercritical water in the absence of any added catalysts. 