Sunyingyue Geng

Papers

Total Citations

107

H-Index

About

Sunyingyue Geng is pioneering the frontier of bio-inspired electronics and human-machine interaction, with a focus on artificial neuromuscular systems and flexible biomimetic sensors. Their major contributions include developing an artificial neuromuscular system that replicates muscle functions for enhanced sensorimotor coordination in robots and interactive systems, as well as creating flexible Zn-TCPP nanosheet-based memristors for ultralow-power biomimetic sensing. These innovations enable high-precision gesture recognition and cognitive behaviors like learning and memory, bridging the gap between biological systems and artificial intelligence. Geng’s work has garnered significant attention, with their 2023 paper on the artificial neuromuscular system accumulating 62 citations and their 2024 study on Zn-TCPP memristors reaching 45 citations shortly after publication. Notably, their research on flexible biomimetic sensory systems holds promise for advancing the AI industry by providing energy-efficient, adaptable platforms for next-generation interactive technologies. Through these achievements, Geng is shaping the future of intelligent systems that seamlessly integrate with human physiology.