Tasuku Nakajima

Papers

Total Citations

933

H-Index

About

Tasuku Nakajima is a pioneering materials scientist whose work bridges the gap between synthetic polymers and living tissues, with a primary focus on mechanoresponsive hydrogels and self-growing materials. His most celebrated contribution is the development of "self-growing hydrogels" inspired by muscle training, which can autonomously strengthen and remodel in response to mechanical stress—a concept that has garnered over 841 citations and revolutionized the field of adaptive materials. Nakajima’s research centers on harnessing mechanical force to trigger chemical reactions within polymer networks, particularly through double-network hydrogels. His 2022 study on azo-crosslinked double-network hydrogels demonstrated highly efficient mechanoradical generation, enabling controlled polymerization inside gels under stress, a breakthrough with 92 citations that opens new avenues for self-repairing and stimuli-responsive materials. Beyond these landmark papers, Nakajima has been recognized for his innovative approach to mimicking biological adaptation in synthetic systems, earning him a reputation as a leader in mechanochemistry and soft matter physics. His work not only advances fundamental understanding of polymer mechanics but also holds promise for applications in tissue engineering, soft robotics, and smart materials that can autonomously adapt to their environment.