Yuhang Dai

Papers

Total Citations

210

H-Index

About

Yuhang Dai is a rising star in the field of soft materials and flexible electronics, whose work masterfully bridges materials chemistry and interfacial physics. His research centers on engineering multifunctional hydrogels and exploring the dynamic behavior of liquid metals for next-generation wearable devices and soft robotics. Dai’s most impactful contribution is the design of ultra-stretchable, highly adhesive, and self-healable hydrogels, achieved through tannic acid-enabled dynamic interactions. This landmark work, cited over 165 times, overcomes the long-standing challenge of simultaneously achieving extreme stretchability (exceeding 3000%) and robust on-skin adhesion, opening new avenues for biomedical sensors and artificial electronic skins. In parallel, his innovative study on liquid metal droplets—demonstrating that they bounce higher on thicker water layers (45 citations)—provides fundamental insights into droplet dynamics crucial for applications in chip cooling and soft actuators. Through these contributions, Dai is establishing himself as a key innovator in creating materials that are not only highly functional but also durable and adaptive, with clear potential to impact the Internet of Things (IoT) and human-machine interfaces.