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About

Yelong Zheng is a leading researcher in bioinspired micro-force sensing and interfacial mechanics, whose work bridges nature’s design principles with precision engineering. His key research areas include bionic tactile sensors, superhydrophobic surface characterization, and the hydrodynamics of water-walking arthropods. Zheng’s major contributions include developing a bionic compound eye-inspired tactile sensor that achieves high spatial resolution and sensitivity—a breakthrough for robotic haptics and manipulation. He also pioneered the “shadow method” to non-invasively measure three-dimensional leg forces and water surface dimples in water striders and spiders, revealing the propulsion principles that enable these creatures to walk on water. His work on micro-force sensing techniques has been widely cited (over 30 citations) and provides traceable reference forces critical for applications from gravitational-wave detection to intelligent healthcare. Notably, his 2024 review on droplet adhesion and micrometer-scale contact angle quantification addresses key challenges in precision micro-devices. With papers accumulating over 150 citations, Zheng’s research not only deepens our understanding of biological locomotion and surface interactions but also directly informs the design of advanced robotic grippers, tactile sensors, and micro-manipulation systems.