Department of Materials Engineering Science
The Department of Materials Engineering Science aims at interdisciplinary researches and educations of skilled young scientists/engineers who can challenge new experimental and theoretical studies including developments and analyses of advanced new functional materials, new chemical processes, new technologies based on physics and chemistry. This department is composed of 4 divisions, namely, Divisions of Materials Physics, Chemistry, Chemical Engineering and Frontier Materials Science.
Division of Materials Physics
In this Division, the cutting-edge studies of materials physics are performed in both experimental and theoretical fields. Along with the fundamental researches of the materials for advanced devices, studies of new materials and new phenomena, which are expected to contribute to the development of the frontier of physics, are widely carried out. The microscopic mechanisms of various interactions are investigated for a large class of materials in the bulk, surface, molecule, nanoscale and mesoscopic conditions, through new theoretical methods and models, and through the most advanced experimental methods such as synchrotron radiation spectroscopy and various probes under very low temperature. These results are also reflected in the development of new artificial materials of applicational interests. The characteristic feature of this area is the broad field of researches, which covers the creation of new materials and the development of new instruments and new methods, as well as the construction of new theories to clarify unknown phenomena and predict new observations. Futhermore, this feature is directly reflected on the education of new generations of researchers and engineers.
|Division of Materials Physics||Area of Electron Correlation Physics||Theory Group of Strongly Correlated Systems|
|Experiment Group for Spectroscopy of Correlated Materials|
|Experimental Research Group for Electroncorrelated Matter Science|
|Area of Quantum Physics of Nanoscale Materials||Experiment Group of Emergent Functional Materials|
|Quantum Information and Quantum Optics Group|
|Experimental Research Group for Nanoscience|
|Area of Quantum Materials Physics||Condensed Matter Theory|
Division of Chemistry
Chemistry continues to be a fundamental field of science which is indispensable for the creation of materials with new functions and better performance, and is becoming more important with the advances of all fields of science and technology. Moreover, it will play a crucial role in the 21st century as a key technology to solve the important problems which confront contemporary life such as resources, environment, and energy. From these viewpoints, the Division of Chemistry is engaged in researches involving broad disciplines of chemical science and technology, including development of synthetic methods, creation of new materials with intelligent functions, and exploration of molecular organizations on surfaces as well as in biological systems in close collaboration with the Research Center for Solar Energy Chemistry. On the basis of the high level of research activities, the division is actively involved in graduate education with the focus on cultivating students' ability required not only in chemistry but also in the wide range of related fields.
|Division of Chemistry||Area of Synthetic Chemistry||Synthetic Organic Chemistry Group|
|Physical Organic Chemistry Group|
|Molecular Assembly Chemistry Group|
|Area of Molecular Organization Chemistry||Surface Chemistry Group|
|Biological Chemistry Group|
|Collaborative Chairs/Area of Solar Energy Chemistry||Research Center for Solar Energy Chemistry, Field of Solar Energy Conversion|
Division of Chemical Engineering
The Division of Chemical Engineering covers the fundamental studies on elucidation of the phenomena in chemical conversion processes, which deal with material synthesis and separation, energy conversion and storage, and design and development of functional materials with high conversion efficiencies, as well as the application studies on the development of novel industrial processes including studies on solving energy and global environmental problems. The research projects are being conducted based on the latest information in chemistry, biochemistry, physics, mathematics, nanotechnology, biotechnology, computer science and quantum science, and the final results obtained are integrated as new knowledge and methodologies, targeting the development of a sustainable society with recycle and reuse system which is friendly to environment on Earth. As the core of the research group, Program for Leading Graduate Schools "Interactive Materials Science Cadet Program", intensive researches and high-level education are being conducted to bring up young scientists and/or engineers who pioneer a new era, while keeping in close collaborations with the Research Center for Solar Energy Chemistry.
|Division of Chemical Engineering||Area of Chemical Reaction Engineering||Nanoreaction Engineering Group|
|Quantum Chemical Engineering Group|
|High Performance Catalyst Group|
|Area of Environment and Energy System||Molecular-Aggregate Chemical Engineering Group|
|Transport Phenomena Control Group|
|Area of Bioprocess Engineering||Bio-Inspired Chemical Engineering Group|
|Biochemical Materials Engineering Group|
|Collaborative Chairs/Area of Solar Energy Chemistry||Environmental Photochemical Engineering Group|
Division of Frontier Materials Science
In order to create the basic science and engineering in the twenty-first century, it is necessary to investigate the fabrication of frontier materials and their new functionality in combination with physics and chemistry, especially in the research field of nanoscale materials. In this Division, based on materials physics and molecular chemistry which have excellent theoretical and experimental frameworks, we not only investigate various kinds of electronic and optical properties of materials and their new phenomena but also fabricate new kinds of materials, thus providing active research and educational programs to graduate school students who will be able to open the frontier fields of multidisciplinary materials science and its applications as researchers and engineers of wide outlooks.
|Division of Frontier Materials Science||Area of Frontier Materials||Experimental Group for Molecular Electronics|
|Organometallic Chemistry Group|
|Theoretical Group for Photophysics in Nanomaterials|
|Area of Dynamics of Nanoscale Materials||Experimental Group for Coherence of Nanoscale Materials|
|Experimental Group for Fluctuation Dynamics in Condensed Phase|
|Collaborative Chairs/Area of Quantum Science in Extreme Conditions||Experimental Group for Material Science in Extreme Conditions|
|Collaborative Chairs/Area of Functional Nanomaterials and Nanodevices||Experimental Group for Materials Engineering Science in Nano-structure|