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| Inorganic Resources Division |
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| Synthesis
and reactions
of organometallic
compounds and
their applications. |
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| Molecular Materials Design Division |
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| Organic Resources Division |
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| Development
of novel catalytic
reaction systems
and new functional
materials by
using micropopous
nad mesoporous
materials. |
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| Bio-Resources Division |
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Molecular cell biology for both prokaryotes and eukaryotes, which focuses on the regulatory aspects of cellular growth and metabolism.
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| Catalytic Chemistry Division |
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| Development
of environmentally
benign processes
through the
innovation
in microporous
and mesoporous
materials,
energy transformation
by photocatalytic
decomposition
of water, development
of novel functional
materials,
and reaction
dynamics on
solid surface. |
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| Polymer Chemistry Division |
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| Our research
program focuses
on molecular
design and
synthesis of
highly funcionalized
and high-performance
polymer materials. |
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| Synthetic Organic Division |
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| Chemical Spectroscopy Division |
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| Laser spectrscopy
of molecular
structure and
dynamics. |
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| Chemical System Synthesis Division
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| The theme
is the construction
of the design
method of chemical
process systems
from the viewpoint
of the environment,
energy and
resources. |
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| Process Systems Engineering Division |
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| The core
of our research
acivities involve
developing
new design
and operation
methodologies
for products and plants
with emphasis
on life-cycle
considerations
such as safety,
operability,
management,
etc. |
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| Chemistry for Inorganic Materials Division |
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| Integrated Molecular Engineering Division |
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Materials Chemistry Integrating Molecules through Metals with Interfacial Functions
An evolutional breakthrough is being expected in materials science in all areas of our activities, such as information, environments, medical, energy, and so on. Individual molecules and materials which have been developed separately should be assembled into integrated molecular or materials systems such as moleculardevices and molecular machines. The objective of this division has been set to develop a new evolved materials chemistry and engineering to integrate molecular arrangements and assembling of functional molecules as ultimate functional elements and mesoscopic materials exhibiting exotic properties specific to their nanostructures. Our targets are placed on macromolecules, metal complexes, molecular crystals, nanostructured metals and semiconductors and so on. Both "molecular circuitry"and "nanostructured hybrid materials (metamaterials in a wide sense)" are set as our "integrated" and symbolic keywords which have high potentials for the next generation materials science. |
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| Smart Material Division |
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| Our research interests are focused on inorganic chemistry related to catalytic processes including industrial and biological catalytic reactions. |
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