Kaili Zhang

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About

Kaili Zhang is a leading researcher in flexible electronics and smart materials, with a focus on stretchable sensors and self-healing optoelectronic systems. Their work bridges the gap between soft robotics and wearable technology, particularly through the development of ionic conducting hydrogels for strain and tactile sensing. Zhang’s 2019 paper on highly stretchable ionic hydrogels, which has garnered 43 citations, established a foundation for next-generation soft sensors that combine mechanical resilience with high sensitivity. More recently, their 2023 study on self-healing multimodal flexible optoelectronic fiber sensors—cited 42 times—addressed a critical limitation of traditional rigid optical fibers, which are prone to damage under large tensile or bending forces. By designing fibers that can autonomously repair and maintain high performance, Zhang has advanced the field of fiber-optic sensing, enabling applications in anti-electromagnetic interference environments and durable wearable devices. Their work is notable for integrating self-healing capabilities with multimodal sensing, offering a pathway toward more robust, long-lasting flexible electronics.