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About

Xuemei Fu is a leading researcher at the frontier of soft robotics and intelligent materials, whose work is reshaping how we think about machines that mimic living systems. Her primary research areas span stimuli-responsive hydrogels, flexible electronics, and electronic skins (e-skins), with a particular focus on creating multifunctional, self-healing systems. Fu's most impactful contribution is her pioneering work on "Multifunctional soft machines based on stimuli-responsive hydrogels" (2020, 140 citations), which established design principles for freestanding hydrogels that can sense and actuate in response to environmental changes—a cornerstone for next-generation wearable tech and human-interactive robots. She has also advanced sustainable energy with her work on "Flexible solar cells based on carbon nanomaterials" (2018, 136 citations) and pushed the boundaries of artificial sensing in "Toward an AI Era: Advances in Electronic Skins" (2024, 136 citations), which outlines how flexible sensors can replicate human skin's capabilities. Notably, her recent breakthrough on "Self-healing actuatable electroluminescent fibres" (2024) introduces fibers that repair themselves after damage, promising durable smart textiles and soft robots. With over 450 total citations, Fu's research is not only highly cited but also fundamentally transformative, bridging materials science and AI to create machines that are softer, smarter, and more resilient.