Xiaofei Guo

Papers

Total Citations

102

H-Index

About

Xiaofei Guo is a rising leader in the field of active metamaterials and topological physics, whose work bridges theoretical mechanics and intelligent material design. His most-cited research, "Non-reciprocal topological solitons in active metamaterials" (2024), has already garnered over 100 citations, marking a breakthrough in understanding how non-reciprocal interactions—where energy flow breaks time-reversal symmetry—can stabilize robust, traveling solitons. This discovery opens new pathways for creating programmable mechanical systems that mimic biological signal propagation and could revolutionize soft robotics, acoustic cloaking, and energy harvesting. Guo’s contributions are notable for merging topological concepts with active matter, demonstrating how nonlinearity and broken symmetry yield unprecedented control over wave and information transport. His work stands out for its clarity in translating complex physical principles into practical metamaterial architectures. As a researcher, Guo is recognized for pushing the boundaries of non-equilibrium systems, earning him a reputation as a key innovator in next-generation adaptive materials. With a rapidly growing citation record, his research continues to inspire both theoretical advances and experimental realizations in active matter physics.