|Professor : Dr. Shinji TOYOTA|
|Office : East Bldg 1. Room 54 (Post E1-4)
Tel : 2294
e-mail : stoyota(at)cms.
(Undergraduate Course) Chemistry I,II / Chemistry Laboratory I, II
Research Field : Physical Organic Chemistry, Structural Organic Chemistry, Stereochemistry
Education and Academic Carrier : The University of Tokyo (1988, MSc). Doctor of Science (1992 from The University of Tokyo). University of California, San Diego (1996-7, visiting researcher), Okayama University of Science (1988-2015).
|Assistant Professor :
Dr. Eiji TSURUMAKI
|Office : East Bldg 1. Room 51 (Post E1-4)
Tel : 2311
e-mail : tsurumaki(at)cms.
(Undergraduate Course) Chemistry Laboratory I, II
Research Field : Physical Organic Chemistry, Organoelement Chemistry, Structural Organic Chemistry
Education and Academic Carrier : Doctor of Science (2013 from Graduate School of Science, Kyoto University). Postdoctoral Researcher at Graduate School of Science, Kyoto University (2014-2015). Assistant Professor at Graduate School of Science and Engineering, Tokyo Institute of Technology. (2015-present).
Laboratory Home Page
We design new -conjugated compounds with novel structures and properties by accumulating aromatic units such as benzene or anthracene in intelligent ways. We also create new stereoisomers and stereochemical phenomena generated by steric hindrance as well as anthracene-based materials such as fluorescence dyes and photochemically functional materials. The structures, stereochemistry, dynamic behavior, and properties of these compounds are studied by experimental and theoretical methods.
Research Topics :
- Synthesis and Structures of Anthracene-Acetylene Macrocyclic Oligomers
- Stereochemistry and Self-Assembly of Rigid Cyclic Ethynylanthracene Derivatives
- Efficient Synthesis and Spectroscopic Properties of ƒÎ-Conjugation Extended Anthracene Derivatives
- Synthesis and Rotation Behavior of Macrocyclic Molecular Gears with Triptycene Units
Message from the Laboratory
In the field of organic chemistry, one can design an infinite number of chemical structures by arranging the type and order of building units. It is real fun of materials science to design new molecules having unique structures and properties and to synthesize and investigate such molecules. Why don't you enjoy and master the chemistry through daily research activities with us toward being a creative researcher?