We are developing aquatic functional materials—materials that function in harmony and interaction with the environment in the presence of water—through the integration of materials chemistry and the fundamental science of water.
Specifically, our research focuses on the creation of nanostructured, self-assembled membranes for precise water purification, as well as aqua materials, functional aqua sensors, and devices that demonstrate unique performance in aquatic environments.
Our approach is based on a deep molecular- and nanoscale-level understanding of interactions between water and materials, leveraging expertise in polymer chemistry, supramolecular chemistry, liquid crystal materials, molecular self-assembly, and organic chemistry.
In addition, we actively promote collaborative research by incorporating perspectives and methodologies from physics, advanced measurement techniques, computational science, and engineering. Through these interdisciplinary efforts, we aim to establish a new academic field that fosters harmony between water, the environment, and advanced materials.