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About

Linlin Lu is a researcher working at the intersection of flexible electronics and rehabilitation robotics. Her work spans two distinct but impactful domains: stretchable organic electronics for next-generation wearable devices, and intelligent control systems for robotic rehabilitation. Her most prominent contribution is the development of stretchable all-gel organic electrochemical transistors (OECTs), which address the critical challenge of balancing mechanical stretchability with high electrical performance. This work, published in 2025, has already garnered 44 citations, signaling its rapid influence in the field of flexible electronics. In parallel, Lu has advanced bipedal robotics by extending landing force control methods to enable stable walking on sloped terrain, and she has contributed to the design of lower extremity rehabilitation robots that integrate magnetorheological dampers with wire-driven systems for improved controllability and energy efficiency. Her research demonstrates a commitment to both fundamental materials science and practical engineering solutions for human mobility and recovery.