Haoyu Guo
Papers
4
Total Citations
75
H-Index
4
About
Haoyu Guo is a rising innovator in the field of soft electronics and stretchable sensors, with a focus on advancing iontronic and capacitive sensing technologies. His research addresses critical challenges in wearable devices and soft robotics by engineering materials that combine high sensitivity with mechanical robustness. Guo’s most-cited work introduces a multifunctional hydrogel sensor that leverages curved macro cracks to achieve both high sensitivity and a wide detection range—a breakthrough that overcomes the inherent trade-off between these properties in conventional ionic hydrogels (41 citations). He further pioneered self-powered iontronic capacitive sensing units (SICSUs), eliminating the need for external AC power sources and enabling energy-efficient, frequency-independent performance (14 citations). His earlier contributions include highly stretchable, transparent dielectric gels for tactile sensors, demonstrating exceptional signal repeatability and adaptability (14 citations). Notably, Guo has also investigated crack-insensitive fracture behavior in elastomer-based soft network materials, providing design principles for durability under monotonic and cyclic loads. With a growing citation record and a portfolio of high-impact publications, Guo is establishing himself as a key contributor to next-generation soft, self-powered sensing systems.
Research Focus
Key Achievements
Top Papers
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