Breaking down disciplinary and cultural barriers to lead global research
Materials science, including research into polymers, metals, ceramics and the development of next generation semiconductor devices is one of the major strong points of Tokyo Tech. The Materials and Devices Research Hub Group is a platform for international collaborative research on materials science. We envisage that this research hub will facilitate world-leading research on broad range of advanced materials. Among these are structural materials, including shape memory alloys, super hard materials and ceramic-fiber-reinforced composites; electronic materials and devices such as transparent conductors, quantum information devices and flexible sensors; and chemical materials such as catalysts, biomolecules and molecular assemblies. The investigation of these materials promises to cross disciplinary and cultural boundaries to enhance the cutting edge research at Tokyo Tech.
HIGHLIGHT
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International collaborative research project for the development of environmentally friendly functional oxide materials
In order to realize an internet of things (IoT) society in which all devices are connected to the Internet, it is important to reduce the power consumption of electronics while developing materials that have a low environmental impact. We are designing novel materials through first principle calculations and conducting, precise structural analyseis of these materials using quantum beam and advanced characterization techniques,.
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Advanced Laser Spectroscopy on Highly Functional Molecular systems
Development and analysis of highly functional molecular systems such as supramolecules and biofunctional molecules are at the frontier of chemistry and material science research. This international collaboration focuses on molecular recognition in biological systems (Fujii, Ishiuchi, Lisy, Dopfer, Zehnacker-Rentien and Xantheas), excited state hydrogen and proton transfer in large molecular systems (Fujii, Miyazaki, Ishiuchi and Jouvet) and solvent migration dynamics in molecular clusters (Fujii, Miyazaki and Dopfer). Using a combination of advanced laser spectroscopy and high-level computational chemistry, we aim to reveal the mechanisms underlying the superior functions of these molecular systems.
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Determination of the Distribution of Al on T-Sites in MFI-type Zeolite
Zeolites are widely used as heterogeneous catalysts in industrial chemical processes because of their strong acidity and shape selectivities. The acidic properties of aluminosilicate-type zeolites originate from protons that balance the negative charge induced by framework Al atoms in tetrahedral sites (T sites). The catalytic properties of zeolites depend on various factors, including pore structure, acid strength and the amount of acid.
PEOPLEVIEW ALL PEOPLE
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Materials/DevicesMolecules PolymerTheory・Design
Akio Kitao
Professor
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CeramicsCharacterizationMaterials/DevicesSynthesis
Masaki Azuma
Professor
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CharacterizationImplementationMaterials/DevicesSemiconductor
Kaustav Banerjee
Specially Appointed Professor
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Materials/DevicesTheory・Design
Volodymyr Chernenko
Specially Appointed Professor
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CeramicsMaterials/DevicesTheory・Design
Hena Das
Specially Appointed Associate Professor
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CharacterizationMaterials/DevicesMolecules Polymer
Otto Dopfer
Specially Appointed Professor
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CharacterizationMaterials/DevicesMolecules Polymer
Masaaki Fujii
Professor
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CharacterizationMaterials/DevicesMolecules PolymerSynthesis
Hermann Gies
Specially Appointed Professor
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CeramicsCharacterizationMaterials/Devices
Michikazu Hara
Professor
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ImplementationMaterials/DevicesSemiconductor
Mutsuko Hatano
Professor
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CeramicsCharacterizationMaterials/Devices
Hidenori Hiramatsu
Professor
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Materials/DevicesSynthesisTheory・Design
Hideki Hosoda
Professor
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Materials/DevicesMolecules PolymerSynthesisTheory・Design
Saulius Juodkazis
Specially Appointed Professor
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CeramicsCharacterizationMaterials/Devices
Hitoshi Kawaji
Professor
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CharacterizationMaterials/DevicesMolecules Polymer
James M. Lisy
Specially Appointed Professor
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CeramicsCharacterizationMaterials/Devices
Masaaki Matsuda
Visiting Professor
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CharacterizationImplementationMaterials/DevicesMolecules Polymer
Mattanjah de Vries
Specially Appointed Professor
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Materials/DevicesMolecules PolymerSynthesis
Michito Yoshizawa
Professor
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CharacterizationMaterials/DevicesMolecules PolymerSynthesis
Junko Morikawa
Professor
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CharacterizationMaterials/DevicesMolecules Polymer
Christoph Schick
Specially Appointed Professor
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CharacterizationMaterials/DevicesMolecules Polymer
Shun-ichi Ishiuchi
Professor
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CharacterizationMaterials/DevicesMolecules Polymer
Victor Streltsov
Specially Appointed Professor
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CharacterizationImplementationMaterials/DevicesSemiconductor
Hitoshi Wakabayashi
Professor
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Materials/DevicesMolecules PolymerTheory・Design
Sotiris Xantheas
Specially Appointed Professor
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Materials/DevicesSemiconductorTheory・Design
Amir Yacoby
Specially Appointed Professor
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CharacterizationMaterials/DevicesMolecules Polymer
Yasuhiro Ohshima
Professor
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CeramicsCharacterizationMaterials/DevicesSynthesis
Yu Runze
Specially Appointed Associate Professor
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CharacterizationMaterials/DevicesMolecules Polymer
Anne Zehnacker-Rentien
Specially Appointed Professor
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CeramicsCharacterizationMaterials/DevicesSynthesis
Debraj Chandra
Specially Appointed Associate Professor
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Materials/DevicesMolecules PolymerTheory・Design
Gilles Gregoire
Visiting Associate Professor
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CeramicsCharacterizationMaterials/Devices
Silvia Haindl
Specially Appointed Associate Professor
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Materials/DevicesMolecules PolymerSynthesis
Hiroshi Tsutsumi
Associate Professor
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CharacterizationImplementationMaterials/Devices
Eric A. Jägle
Specially Appointed Associate Professor
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CeramicsMaterials/DevicesSynthesis
Katsumi Yoshida
Associate Professor
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CharacterizationMaterials/DevicesSynthesis
Satoru Kobayashi
Associate Professor
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CharacterizationImplementationMaterials/Devices
Mangirdas Malinauskas
Project Associate Professor
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CeramicsCharacterizationMaterials/Devices
Matteo d’Astuto
Specially Appointed Associate Professor
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Materials/DevicesSynthesisTheory・Design
Nobuo Nakada
Associate Professor
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CeramicsMaterials/DevicesSynthesis
Ninjbadgar Tsedev
Specially Appointed Associate Professor
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Materials/DevicesMolecules PolymerSynthesis
Toshiyuki Yokoi
Associate Professor
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CharacterizationMaterials/DevicesMolecules Polymer
Keisuke Hirata
Assistant Professor
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CeramicsCharacterizationMaterials/DevicesSynthesis
Manas Bhunia
Specially Appointed Assistant Professor
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CeramicsMaterials/DevicesTheory・Design
Sergey Nikolaev
Specially Appointed Assistant Professor
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CeramicsCharacterizationMaterials/DevicesSynthesis
Yukiko Obata
Specially Appointed Assistant Professor