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About

Rui Teng is a pioneering researcher in the field of active soft matter, focusing on the chemomechanical origins of locomotion in synthetic systems. Their major contributions lie in demonstrating how internal chemical signals—particularly those from the Belousov-Zhabotinsky (BZ) reaction—can drive directed and rotational motion in active gels, challenging the conventional view that environmental asymmetry is essential for directional movement. Teng’s work on nanogel crosslinking has significantly improved the mechanical properties and response times of BZ self-oscillating gels, advancing their potential for intelligent soft robotics. Additionally, their investigation into heterogeneity-driven collective motion patterns reveals how internal differences within active gel groups can generate and transform group behaviors, mimicking biological swarms. With over 60 citations across key papers, Teng’s research has been recognized for its innovative approach to understanding active matter dynamics. Notably, their 2020 study on chemomechanical directed locomotion has garnered 34 citations, underscoring its impact on the field. Teng’s work bridges chemistry, physics, and robotics, offering profound insights into the fundamental principles of autonomous movement.