Ke‐Ke Yang
Papers
5
Total Citations
247
H-Index
4
About
Ke‑Ke Yang is a leading researcher in the field of smart, stimuli-responsive polymers, with a particular focus on shape-memory materials and soft actuators. Her work has pioneered the development of multi-responsive two-way shape-memory polymers (2W-SMPs), including a groundbreaking metallo-supramolecular network that responds to thermal, magnetic, and light stimuli—achieving 136 citations for its potential in robotics and actuation. She has also advanced body temperature-triggered reversible shape-memory materials for high-sensitive bionic soft actuators (59 citations) and explored self-nucleation and stress-induced crystallization to tune the two-way shape-memory effect in semicrystalline networks (41 citations). More recently, Yang has created synchronously thermochromic and shape-shifting liquid crystal elastomers for multidimensional encryption (2024), and she has expanded into biomedical robotics with VascularPilot3D, the first fully autonomous 3D endovascular navigation system. Her interdisciplinary contributions, spanning materials science, bionics, and medical robotics, have earned her over 247 total citations and established her as a key innovator in smart materials and autonomous systems.
Research Focus
Key Achievements
Top Papers
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