Weiguan Zhang
Papers
6
Total Citations
259
H-Index
6
About
Weiguan Zhang is a leading innovator in flexible tactile sensors and electronic skin, advancing the frontier of human–machine interaction and intelligent robotics. His research centers on developing multi-modal sensing systems that integrate triboelectric, piezoresistive, and magneto-straining effects to achieve both contact and contactless perception. Zhang’s most influential work, a triboelectric-inductive hybrid tactile sensor for highly accurate object recognition, has garnered 91 citations, demonstrating its significance in smart robotics and prosthesis. He also engineered a high-performance flexible pressure sensor using an overhanging cobweb-like structure on a micropost array (79 citations), setting new benchmarks for sensitivity and durability in wearable devices. Notably, Zhang pioneered a textile proximity/pressure dual-mode sensor leveraging magneto-straining and piezoresistive effects, addressing the growing demand for touchless interfaces—a critical need highlighted during the COVID-19 pandemic. His recent work on resilient aerogel/sponge nested structures for multimodal tactile sensory systems (2024) pushes further into embodied perception, enabling robots to couple physical interactions with large language model reasoning. With over 250 total citations across his portfolio, Zhang’s contributions are shaping the next generation of electronic skin for autonomous systems and human-centric technology.
Research Focus
Key Achievements
Top Papers
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