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About

Baohu Wu is pioneering the development of next-generation soft materials that mimic the remarkable properties of human skin, with a focus on self-healing, fatigue resistance, and adaptive mechanics. His research centers on designing ionic elastomers, hydrogels, and fluorogels for applications in soft robotics, wearable electronics, and bionic sensing. Wu’s major contributions include creating a fatigue-free artificial ionic skin toughened by a self-healable elastic nanomesh (241 citations), which overcomes the durability limitations of conventional soft sensors. He also developed a highly damping and self-healable ionic elastomer (234 citations) capable of protecting fragile electronic components from low-frequency vibrations, and robust, crack-resistant hydrogel microfibers (153 citations) enabled by hydrogen bond nanoconfinement for load-bearing soft actuators. Most recently, Wu engineered switchable sticky-slippery fluorogels through self-adaptive bicontinuous phase separation, offering tunable friction for soft robotics and anti-fouling surfaces. His work, published in top venues like *Nature Communications* and *Advanced Materials*, has garnered over 675 citations, establishing him as a leading innovator in self-healing and adaptive polymer materials.