Liang Jing

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About

Liang Jing is a leading researcher in bioinspired electronics and power device engineering, whose work bridges the gap between artificial intelligence and hardware innovation. His most influential contribution is the development of strain-controlled power devices, inspired by the human reflex arc, which enable direct modulation of electrical output through mechanical deformation. This breakthrough, detailed in his highly cited 2020 paper (81 citations), offers a new paradigm for AI applications such as autopilot systems and robotics, where responsive, adaptive power management is critical. By mimicking biological neural pathways, Jing’s design allows for real-time, autonomous control without complex circuitry, significantly enhancing efficiency and safety in autonomous systems. His research has been recognized for its potential to revolutionize next-generation power electronics, earning him a reputation as a pioneer in integrating biomechanics with semiconductor technology. With growing citation impact, Liang Jing continues to shape the future of intelligent, self-regulating power devices, making his work essential reading for students and researchers in bioelectronics and AI hardware.