Research Interest
Materials Chemistry
We design and synthesize solid materials for energy and environmental applications. Specifically, new types of glass and ion conductors are our targets for next-generation battery and human-interactive devices.
What I like about my science
Our synthesized materials are usually just a “powder” but they possess dynamic motion of molecules and ions in nanometer (10−9 m) scale. It is a scientific interest and challenge to control such movements in solids, and we are able to contribute to the better human life by use of the dynamic solid materials.
Researcher Q & A
Where are you from?
Born in Osaka, and grew up in Tokyo
What is your favorite experiment, theory, device, reagent, lab equipment? Why do you like it?
Glove box machine because it enables us to synthesize new materials under an inert atmosphere.
What is your hobby?
Ever since I studied abroad I've been drawn to California culture. I also love Jazz music such as Roy Hargrove.
Members
Papers
MoreMedia
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京大、ＣＯ２を多孔性材料に 常温・常圧下で合成
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くらしナビ・環境：ＣＯ２資源化への挑戦
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二酸化炭素を常温・常圧で多孔性材料に変換 京大など新手法開発
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ＣＯ２からＣＯ２回収材、京大など、大気から温暖化ガス分離
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ＣＯ２有効活用へ 常温・常圧で多孔性材料に 温暖化対策、効率的貯留に期待 京大チーム
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京大など、ＣＯ２から多孔性材料合成 炭素資源に活用
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ＣＯ２で「多孔性材料」作製 京大など 脱炭素化へ効率回収期待
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ＣＯ２貯蔵する素材、材料はＣＯ２ 安価・簡単に作製成功 京大などチーム
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京大など、常温・常圧で二酸化炭素を多孔性材料へと変換する手法を開発
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京大など、配位高分子ガラス開発 車載用燃料電池向け
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Coordination polymer glass provides solid support for hydrogen fuel cells
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Hydrogen Fuel Cells Improved With Coordination Polymer Glass
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Coordination polymer glass provides solid support for hydrogen fuel cells
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矢崎科学技術振興記念財団／１９年度助成対象／研究紹介（１）／金属イオン含有イオン液体ネットワークによる無加湿プロトン伝導体の合成／京都大学高等研究院物質―細胞統合システム拠点准教授／堀毛悟史氏
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京大など、イオンの流れを光によってスイッチングできる固体材料の合成に成功
