Zhenqiang Ma

University of Science and Technology Beijing, University of Wisconsin–Madison

Papers

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About

Zhenqiang Ma is a pioneering figure in stretchable and flexible electronics, with a particular focus on radio frequency (RF) systems and robotic sensor networks. His research bridges the gap between soft, wearable technologies and high-performance microwave components, enabling wireless capabilities for skin-interfaced devices, implantable systems, and soft robotics. One of his most notable contributions is the design and fabrication of stretchable microwave transmission lines using a quasi-microstrip structure, a breakthrough that addresses the critical challenge of achieving near-lossless signal transmission in deformable electronics. This work, published in 2024, has already garnered 4 citations for its innovative approach to maintaining RF performance under mechanical strain. Additionally, Ma has made significant strides in multi-agent robotic systems, as evidenced by his 2014 paper on connectivity-preserving task allocation in mobile robotic sensor networks, which has accumulated 12 citations. His threshold-based strategy for task assignment in dynamic environments has provided a foundational solution for coordinating mobile sensors and robots in complex applications. With a career marked by impactful contributions to both stretchable electronics and networked robotics, Ma continues to shape the future of adaptive, wireless technologies.