Design of Novel Polymerization Catalysts
We are synthesizing well-defined polymerization catalysts to obtain conjugated polymers such as substituted polyacetylenes with controlled molecular weights, polydispersities, and stereo-regularities.
Design and Synthesis of Novel Optically Active Helical Polymers
Optically active helical polymers exhibit a wide variety of interesting features. They are applicable to chiral recognition materials and catalysts for asymmetric induction. We are synthesizing novel conjugated helical polymers, and elucidating the detailed structures.
Polymer Synthesis Based on Amino Acids and Peptides
Synthetic peptides have been examined as models of proteins. Amino acids, components of peptides, are widely used for drugs and foods. Recent remarkable advances on fermentation and chemical synthetic methods have enabled us to obtain amino acids with high optical purity and lower price. We are synthesizing polymers from amino acids and peptides by transition metal-catalyzed polymerization to develop novel optically active bio-compatible polymers.
Development of Functional Bio-based Polymer Materials
As outlined in the Sustainable Development Goals (SDGs) adopted by the United Nations, environmentally friendly, naturally derived functional materials are essential for maintaining our everyday lifestyles and realizing a sustainable next-generation society. Our laboratory is engaged in the development of polymer materials that mimic or chemically modify natural polymers. In particular, we focus on advancing research related to industrially significant keywords such as adhesion, composite materials, and polymer catalysts. Additionally, we conduct research on the synthesis of biopolymers derived from biomass monomers and the precise degradation control of the resulting polymers.