| Ishitani/Maeda Laboratory |
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Laboratory
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Ishitani/Maeda Laboratory |
| Staff |
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Professor Osamu Ishitani
(.Green Hills Bldg.1, room 701
/E-MAIL:ishitani@chem.)
Associate professor Kazuhiko Maeda
(Green Hills Bldg.1, room 702
/E-MAIL:maeda.k.ah@m.)
Assistant professor Itsuki Morimoto
(,Green Hills Bldg.1 room 703
/E-MAIL:morimoto@chem.)
Assistant professor Hiroyuki Takeda
(,Green Hills Bldg.1 room 703
/E-MAIL:takeda.h.an@m.) |
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*Please put titech.ac.jp on the E-MAIL. |
Student
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Postdoctoral fellow (1 person), D3 (2 people), M2 (2 people), M1 (4 people) and B4 (2 people) |
Participating
societies |
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The Chemical Society of Japan, The Japanese Photochemistry Association, Japan Society of Coordination Chemistry, The society of optical function of compound system. |
| Event |
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Colloquium (biweekly), record meeting (every week), report meeting (every
week), laboratory travel of lectures (every week) (once a year) and ski
tour (once a year). |
| Home page |
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Ishitani/Maeda laboratory home page |
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Our ultimate goal is to create systems and concepts for making good use
of light energy. The 21st century is recognized as "the photon age",
whereas the basic studies, such as photochemistry and photomaterial chemistry,
have not developed sufficiently.
For conquering forthcoming serious problems (global warming
caused by increasing carbon dioxide in the atmosphere, energy crisis owing
to the drain of fossil fuels, etc.), utilization of light energy can be
an ideal solution to the problems. However, use of solar energy by artificial
systems is still in the initial stage. Additionally, only a little is known
for expression of photo-functions, although functional molecular elements
should be driven by photons instead of electrons.
We are trying to solve these problems from viewpoint of experimental
chemistry. To be concrete, we are attempting (1) creation of photocatalytic
metal complexes for transforming solar energy to chemical energy, (2) artificial
systems expressing the similar function to photosynthesis of plants, and
(3) establishment of strategy and synthetic methods for metal complexes
controlling the transfer of photon or electrons. It is also important purpose
to (4) add new knowledge into the obscure field of photoreaction chemistry
of organometallic compounds. In the course of these studies, we always
intend to construct unrevealed compounds, methodology, and concepts.
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Our laboratory has started since 2002 in this department. In order to develop the new chemistry, all the group members intend new
compounds and functions, and of course, enjoy the chemistry. In addition
to the research, we make efforts to improve our knowledge and ability of
presentation by regular discussion (group meeting etc.) and attendance
of national and international conferences.
Our group is now composed of 14 members, and all the members
have various backgrounds, that is, graduation from different university,
extensive interests or scientific fields. So, we are willing to accept
foreign students and researchers as well.
Parties are often held and laboratory trips are taken every
year for promoting friendship in the laboratory.
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