


About
Science in nanospaces based on various nanospace materials to contribute to the realization of a sustainable society
Innovation of materials is essential to realize a society with sustainable energy and to reduce greenhouse gas emissions. As key materials contributing to the realization of such a society, our group is developing new materials and new functionalization methods for inorganic layered materials, and nanoporous metal complexes so called metal-organic frameworks (MOFs). Our goal is to become “nano-level architects” who design and assemble parts at atomic and molecular scales to create new materials, similar to the architecture of the houses we are familiar with in our daily lives.
News
- 2025-04-01NewsNew school year has begun. Yu Ozawa has joined our group. Welcome!!
- 2025-03-25NewsHikaru Inada and Taiki Kawakami, Master and Bachelor supervised students at Maeda Lab, were awarded Presentation Award in the Department of Applied Chemistry, TUAT. Congrats, Hikaru and Taiki!!
- 2025-03-19PublicationOur review collaborated with Prof. Maeda at TUAT has been published in Chemistry & education.
- 2025-03-18NewsLecturer Morita has been adopted a research grants of the JKA foundation in 2025.
- 2025-03-10PublicationOur paper has been accepted in Chemical Engineering Journal. This was achieved by collaboration with Prof. Nakata's group at TUAT.
- 2025-04-01NewsNew school year has begun. Yu Ozawa has joined our group. Welcome!!
- 2025-03-25NewsHikaru Inada and Taiki Kawakami, Master and Bachelor supervised students at Maeda Lab, were awarded Presentation Award in the Department of Applied Chemistry, TUAT. Congrats, Hikaru and Taiki!!
- 2025-03-19PublicationOur review collaborated with Prof. Maeda at TUAT has been published in Chemistry & education.
- 2025-03-18NewsLecturer Morita has been adopted a research grants of the JKA foundation in 2025.
- 2025-03-10PublicationOur paper has been accepted in Chemical Engineering Journal. This was achieved by collaboration with Prof. Nakata's group at TUAT.