Guiqiang Zhu
Papers
3
Total Citations
33
H-Index
2
About
Guiqiang Zhu is a rising star in supramolecular chemistry and active matter, whose work bridges molecular design and macroscopic motion. His research centers on developing novel supra-amphiphiles—hydrolyzable molecular assemblies that serve as programmable fuels for Marangoni self-propulsion. This phenomenon, driven by surface tension gradients, enables the controlled movement of millimeter-scale objects on water surfaces. Zhu’s major contribution lies in creating a supra-amphiphile fuel that not only powers efficient self-assembly of macroscopic components (as shown in his 2023 paper, cited 22 times) but also allows precise ON–OFF control of motion via a chemical switch (2024, 9 citations). This breakthrough addresses two longstanding challenges: the short lifetimes of conventional surfactant-driven flows and the lack of motion regulation. By demonstrating how molecular-level design can orchestrate large-scale ordering and dynamic behavior, Zhu’s work has implications for soft robotics, cargo delivery, and adaptive materials. His research exemplifies a creative fusion of supramolecular chemistry and fluid dynamics, offering a toolkit for building life-like, self-propelling systems. With these early high-impact papers, Zhu is establishing himself as a key innovator in the field of active self-assembly.
Research Focus
Key Achievements
Top Papers
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