Molecular Structures & Structural Dynamics Lab (Global 30 Program)

AboutAbout the lab

Exploring new functions from the structures and dynamics of molecules

The group studies the structures of organic molecules and metal complexes with extended π electrons, and the electrical and magnetic properties that arise from them.
The lab synthesizes not only classical porphyrins but also isomers with different structures and contracted and expanded porphyrinoids, and investigates the properties of each individual molecule.
The focus of recent research is developing these molecules as organic electrode materials for secondary batteries.
The lab is part of Nagoya University's international program (G30) and recruits undergraduate and graduate students from overseas.

ResearchResearch themes

The lab systematically studies the structures of organic molecules and metal complexes with extended π electrons, the electrical and magnetic properties that arise from them, and the dynamics by which molecules change into other states. It also develops dual-ion secondary batteries using organic electrode materials that are stable in multiple redox states and can be charged and discharged quickly.

*Illustrative image

Building Battery Electrodes from Porphyrinoids↗

Organic molecules have a lower environmental impact and higher safety than inorganic materials, and are attracting attention as electrode materials for secondary batteries. The lab searches for electrode materials that can be charged and discharged stably and quickly, starting from π-conjugated molecules such as antiaromatic nickel norcorrole.

VoicesStudent voices

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