Shaohui Zheng
Papers
4
Total Citations
191
H-Index
3
About
Shaohui Zheng is at the forefront of bio-inspired soft robotics and bioelectronic materials, with a core focus on developing high-performance bioartificial muscles and intelligent micro/nanorobotic systems. His most impactful contributions center on the design of novel ionic actuators using functionalized bacterial cellulose. His landmark 2020 paper in *Advanced Functional Materials* (94 citations) introduced an ultralow voltage, high-performance bioartificial muscle based on ionically crosslinked polypyrrole-coated carboxylated bacterial cellulose, achieving remarkable bending strain, rapid response, and durability for soft robot applications. This work, highlighted as a frontispiece, represents a significant leap in creating lifelike, energy-efficient actuators. Earlier, his 2017 study (70 citations) established a high-fidelity bioelectronic muscular actuator using porous carboxylate bacterial cellulose membranes. Beyond artificial muscles, Zheng has pioneered tumor-targeting cell-based microrobots that combine near-infrared light-sensitive therapeutics with electromagnetic actuation and chemotaxis, demonstrating versatile expertise in biomedical microrobotics. His research consistently bridges materials science, bioelectronics, and robotics, offering transformative solutions for soft robotics, active biomedical devices, and flexible haptic displays.
Research Focus
Key Achievements
Top Papers
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