Zhenya Ge
Papers
2
Total Citations
28
H-Index
2
About
Zhenya Ge is pioneering the development of next-generation flexible sensors for intelligent systems, with a focus on wearable electronics and embodied artificial intelligence. His research centers on creating multifunctional, bioinspired tactile sensors that achieve high sensitivity and wide sensing ranges while maintaining structural simplicity. In 2024, Ge introduced a fiber-shaped flexible strain sensor with exceptional performance for autonomous driving applications, demonstrating its ability to detect subtle mechanical deformations with high precision—a work that has already garnered 26 citations. More recently, his 2026 study presents a groundbreaking dual-modal laser-induced graphene tactile sensor, inspired by the trichoid sensilla found on wasp antennae. This bioinspired design integrates piezoresistive and capacitive sensing mechanisms into a single device, enabling high-precision multimodal object recognition. By mimicking nature’s sensory architecture, Ge’s work addresses a critical challenge in embodied perception: achieving rich, multimodal feedback without complex, bulky systems. His contributions are shaping the future of smart materials for robotics, human-machine interfaces, and autonomous systems, positioning him as an emerging leader in the field of advanced tactile sensing.
Research Focus
Key Achievements
Top Papers
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- 2