Yuji Higaki

Papers

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About

Yuji Higaki is a leading materials chemist whose research focuses on the design and synthesis of functional polymers, particularly polyolefins with advanced properties for soft electronics and sustainable applications. His major contributions center on creating self-healing elastomers that integrate robust mechanical performance with autonomous repair capabilities, a critical need for next-generation flexible conductors used in wearable devices and soft robotics. His most-cited work, a 2025 study on thioether-functionalized self-healing polyolefins, has already garnered 11 citations, highlighting its immediate impact in the field. By engineering dynamic covalent bonds into polymer backbones, Higaki has pioneered materials that not only heal themselves but also maintain strong interfacial adhesion and electrical conductivity—solving long-standing trade-offs between durability and flexibility. His achievements include developing scalable synthetic routes for these advanced polyolefins, bridging the gap between fundamental polymer chemistry and practical device integration. For students and researchers, Higaki’s work exemplifies how molecular design can unlock multifunctional materials, offering a blueprint for creating resilient, adaptive systems that extend the lifespan of electronic components while reducing electronic waste.