Daisuke Aoki

Tokyo Institute of Technology, Chiba University

Papers

Total Citations

H-Index

About

Daisuke Aoki is a leading researcher in polymer chemistry and soft materials, whose work bridges the gap between molecular design and advanced mechanical performance. His primary research areas include dynamically crosslinked gels, DNA-based hydrogels, and high-performance elastomers. Aoki’s major contributions lie in engineering materials with precisely tunable mechanical responses. His 2022 study on star‑polymer–DNA gels demonstrated how DNA duplexes can serve as programmable crosslinkers, enabling highly predictable and tunable mechanical behavior—a breakthrough for time-dependent applications like self-healing or adaptive materials. In 2023, he introduced a module‑assembled elastomer that achieves exceptional strain stiffening and stretchability, overcoming the limitations of traditional inhomogeneous polymer networks. With 45 and 30 citations respectively, these papers have quickly gained recognition for their innovative approach to material design. Aoki’s work is notable for its interdisciplinary impact, merging polymer science with DNA nanotechnology to create materials with unprecedented control over elasticity and responsiveness. His achievements position him as a rising figure in the development of next‑generation soft materials for biomedical, robotic, and industrial applications.