– Discover, design, and drive new chemistry.
ナノ空間材料が持つ機能美に触れよう！

Nanoscale spaces serve as unique reaction environments that fundamentally alter molecular behavior. We study materials with precisely designed nanospaces at the molecular level to elucidate the relationships between structure, physical properties, and catalytic performance, aiming to establish new material design principles relevant to environmental and energy applications.

ナノメートルスケールの空間は、分子の振る舞いを根本的に変える反応場となります。
我々は、分子レベルで設計されたナノ空間を有する材料を対象に、構造と物性・触媒特性との関係を明らかにし、環境・エネルギー分野につながる新しい材料設計指針の確立を目指しています。

Recent News / 最近の出来事

The 33rd Zeolite Summer School and ISPM2026

投稿: 2026年9月2日

堀内･權代が神奈川で開催された第33回夏のゼオライト学校･ISPM2026に参加しました。
それぞれ”Key Factors for the Formation of Layered Silicate Nu-6(1) and Interlayer Expansion by Post-Synthetic Treatment” , “Effects of Methanol and Ethanol Additives on the Formation of EMT, LTA, and SOD Phases from Sodium Aluminosilicate Gels”と題してポスター発表を行いました！

Horiuchi and Gondai attended the 33rd Zeolite Summer School and ISPM 2026 held in Kanagawa. They gave poster presentations titled "Key Factors for the Formation of Layered Silicate Nu-6(1) and Interlayer Expansion by Post-Synthetic Treatment" and "Effects of Methanol and Ethanol Additives on the Formation of EMT, LTA, and SOD Phases from Sodium Aluminosilicate Gels", respectively!

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