Qizhen Sun

Huazhong University of Science and Technology, Wuxi Institute of Technology, China Southern Power Grid (China)

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About

Dr. Qizhen Sun is a leading researcher at the intersection of optical fiber sensing, biomedical engineering, and intelligent robotics. Her work centers on developing advanced fiber-optic sensors for precise motion perception and structural health monitoring. A standout contribution is her pioneering work on the "Optical Microfiber Neuron for Finger Motion Perception" (2021, 42 citations), which demonstrates how ultra-thin optical fibers can mimic biological neurons to detect subtle human gestures—a breakthrough for prosthetics and human-machine interfaces. She has also advanced distributed strain sensing using optical frequency domain reflectometry (OFDR), as seen in her 2024 study on adaptive feature extraction (16 citations), enabling high-resolution measurements critical for soft robotics and biomedical applications. Additionally, Dr. Sun has innovated in teleoperation by designing a mixed reality-based electric power live-line working robot (2024, 4 citations), integrating haptic and visual feedback for safer remote operations. Her interdisciplinary approach—merging photonics, AI-driven signal processing, and robotics—positions her as a key figure in next-generation sensing technologies, with growing impact evidenced by her citation record.