Xiaoye Geng
Papers
1
Total Citations
32
H-Index
1
About
Xiaoye Geng is a rising leader in the design of advanced phase change materials (PCMs) for soft robotics and thermal management. Her research uniquely bridges the gap between high-performance energy storage and mechanical adaptability, focusing on bio-inspired, flexible composites. Her most cited work, “Muscle-Inspired Super-Flexible Phase Change Materials with Programmable Deformation for Photothermal Actuation” (2024, 32 citations), introduces a groundbreaking PCM that combines exceptional latent heat storage with unprecedented toughness and flexibility. By mimicking the hierarchical structure of muscle tissue, Geng achieved a material that can undergo programmable, reversible shape changes under light stimulation while retaining its thermal regulation capacity. This dual functionality—simultaneously serving as an actuator and a thermal battery—represents a major contribution to the fields of soft robotics and smart textiles. Her work has already garnered significant early attention, with this single paper accumulating 32 citations within its first year, signaling strong impact. Geng’s innovations promise to enable next-generation devices that are not only energy-efficient but also capable of complex, lifelike motion.
Research Focus
Key Achievements
Top Papers
- 1