ZhengAi Cheng

Papers

Total Citations

115

H-Index

About

ZhengAi Cheng is a visionary researcher whose work bridges the frontiers of space energy systems and advanced soft materials. Best known for pioneering the conceptual framework for the Space Solar Power Station, Cheng’s 2016 paper on in-orbit assembly remains a cornerstone reference for next-generation space-based energy harvesting, with over 90 citations shaping global discussions on sustainable power from orbit. Simultaneously, Cheng has made transformative contributions to soft robotics and smart materials, notably developing a “glue-free” method for designing seamless-welded liquid-crystalline soft actuators using dynamic boroxines—a breakthrough that enables robust, self-healing, and highly responsive actuators without traditional adhesives. This 2020 work, already cited 25 times, exemplifies Cheng’s talent for merging chemistry with engineering to create functional, durable systems. Through these dual streams of research—one reaching toward the cosmos, the other refining the molecular-scale mechanics of adaptive materials—Cheng demonstrates a rare ability to tackle grand-scale challenges and intricate material design, inspiring students and researchers alike to think beyond conventional boundaries.