Mingxing Zhou

Papers

Total Citations

173

H-Index

About

Mingxing Zhou is a leading innovator at the intersection of flexible electronics and magnetic materials, pioneering new paradigms for reconfigurable and soft robotic systems. His research focuses on developing high-performance flexible permanent magnets and origami-inspired actuation mechanisms. Zhou’s seminal 2019 work on “Origami NdFeB Flexible Magnetic Membranes” (81 citations) introduced a groundbreaking method for creating programmable magnetic polarity sequences in flexible formats, dramatically enhancing magnetism for wearable and biomedical applications. Building on this, his 2021 paper on “Reconfigurable Flexible Electronics Driven by Origami Magnetic Membranes” (53 citations) demonstrated how magnetic fields can enable complex, tunable deformations in flexible circuits—a critical advance for deployable devices. In a parallel innovation, Zhou explored “Droplets as Carriers for Flexible Electronic Devices” (39 citations), showing how liquid droplets can serve as mobile platforms for soft electronics, enabling unprecedented spatial mobility and dynamic reconfiguration. Together, these contributions have established Zhou as a key figure in soft robotics and flexible electronics, with his work collectively cited over 170 times. His achievements offer a compelling vision for next-generation wearable sensors, biomedical implants, and adaptive electromechanical systems.