our unit

The CTMI comprises seven research groups. Each group explores new frontiers in materials science and technology from different perspectives using distinct approaches.
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Advanced Device Materials
Research GroupDevelopment of high-quality, high-purity, low-dimensional materials for the fabrication of novel devices
We explore and elucidate the novel physical properties of low-dimensional nanomaterials and develop innovative devices that utilize their excellent physical properties.
Leader, Group Takeshi TANAKA
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Resource Circulation Adsorption
Research GroupSolving social problems, such as environmental issues and resource circulation, through novel adsorption technology
We develop highly selective adsorbents with a large adsorption capacity, and conduct research and development focusing on the adsorption and removal of harmful substances from the environment or the recovery of useful substances for reuse as resources. In addition, aiming to promote practical applications, we conduct various demonstration tests.
Leader, Group Hisashi TANAKA
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Bio-Application Materials
Research GroupEnsuring well-being and healthy longevity in society through advanced materials technology
We develop advanced bioadaptive materials and biosensors for improved medical care and health promotion by utilizing cutting-edge technologies of fine-structured organic and inorganic materials (such as nanoparticles and thin films) and biomolecules.
Leader, Group Maki NAKAMURA
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Adhesion and Interface Technology
Research GroupCreating a better future with innovative adhesive technology
We improve the reliability of components that use adhesives and develop disassembly technologies for facile recycling. We also develop innovative analysis and evaluation technologies and use quantum computers and AI for predictions in various adhesive technologies associated with structural materials and devices.
Leader, Group Kazuki TAJIMA
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Fine Structure Characterization
Research GroupWe develop technology to characterize structures, including the chemical states of substances
We develop fundamental techniques for visualizing and characterizing the atomic-scale structures of materials using transmission electron microscopy combined with spectroscopy to establish a sustainable society that focuses on energy conservation, renewable energy, and new energy resources.
Leader, Group Yuta SATO
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Emergent Photofunctional Materials
Research GroupFabrication of photofunctional materials that contribute to the next-generation information society
The group's research focuses on creating the next generation of photofunctional materials by designing novel materials, developing synthetic processes through data-driven research, theory, and simulation.
Leader, Group Hirokazu MASAI
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Mechano-Activated Materials
Research GroupResponding to an aging society through the development of soft sensors
We develop carbon nanotubes and polymer sensors for practical application as sensors in soft robotic hands. In addition, we develop tactile-sensation evaluation guidelines for material development.
Leader, Group Hirosato MONOBE