Shengguo Hu

Peking University, China Academy of Launch Vehicle Technology

Papers

Total Citations

105

H-Index

About

Dr. Shengguo Hu is pioneering the convergence of metamaterials and intelligent robotics, forging a new frontier in adaptive electromagnetic systems. His research centers on three key areas: intelligent indoor robotics, programmable metamaterials, and multi-agent decision-making for unmanned systems. Hu’s most impactful contribution is the concept of "intelligent indoor metasurface robotics" (2022, 59 citations), where he integrates metamaterial surfaces with mobile robots to dynamically sense and reshape indoor electromagnetic environments—a breakthrough with profound implications for smart factories and at-home healthcare. Extending this vision, his work on the "Electromagnetic metamaterial agent" (2025, 35 citations) introduces a paradigm where metamaterials evolve from passive structures into autonomous agents, leveraging deep learning to achieve user-specified functionalities without human intervention. Earlier, Hu developed a collaborative decision-making framework for multi-unmanned combat vehicles using behavior trees (2020, 11 citations), addressing complex coordination challenges. By merging physical intelligence with artificial intelligence, Hu is not merely advancing robotics but redefining how machines interact with their surroundings, promising a future where walls, floors, and ceilings become active, intelligent partners in our daily lives.