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About

Fuqin Sun is a leading researcher in flexible electronics and neuromorphic sensory systems, with a focus on developing biomimetic tactile and somatosensory technologies for human–machine interactions. Their major contributions include pioneering a stick-slip sensing strategy for multifunctional tactile systems (80 citations) and creating stretchable, self-healing elastomeric gels for wearable electronics (60 citations), both of which address critical challenges in durability and sensory accuracy. Sun’s work on neuron-inspired sticky artificial spider silk (53 citations) and artificial neuromorphic somatosensory systems with spatio-temporal perception and feedback (52 citations) has advanced the emulation of biological signal transmission and tactile processing. Additionally, their hybrid flexible gas sensory system with perceptual learning (21 citations) and tactile sensing arrays for hardness recognition (14 citations) demonstrate a commitment to integrating learning and material innovation. With over 280 citations across key publications, Sun’s research bridges materials science, bioinspired design, and neuromorphic computing, offering transformative solutions for soft robotics, interactive entertainment, and smart environments. Their achievements highlight a visionary approach to creating intelligent, adaptive electronic skins that mimic and enhance human sensory capabilities.