Xiaoxia Li

Papers

Total Citations

281

H-Index

About

Xiaoxia Li is a leading researcher in the field of advanced soft materials, with a focus on self-healing polymers, ionic elastomers, and adaptive surface engineering. Her work addresses critical challenges in soft robotics and bio-inspired systems, particularly the need for materials that can simultaneously dampen harmful vibrations and autonomously repair damage. Li’s most-cited paper, "Highly Damping and Self‐Healable Ionic Elastomer from Dynamic Phase Separation of Sticky Fluorinated Polymers" (2023, 234 citations), introduces a novel approach to creating skin-like protective layers that mitigate shock-induced low-frequency vibrations—a key vulnerability in bionic soft robots and delicate electronic components. In a subsequent breakthrough, "Making Sticky‐Slippery Switchable Fluorogels Through Self‐Adaptive Bicontinuous Phase Separation" (2024, 47 citations), she pioneered a method to reversibly toggle between extreme sticky and slippery states, solving a long-standing challenge in soft robotics and anti-fouling applications. By leveraging dynamic phase separation in fluorinated polymers, Li has opened new pathways for designing materials with unprecedented adaptability and durability. Her work is highly influential, with over 280 citations, and is shaping the future of intelligent, self-healing interfaces for next-generation machines and wearable devices.