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About

Dr. Hengxue Xiang is a leading innovator at the intersection of smart textiles and bioinspired electronics, whose work is redefining how materials sense and respond to the human body. His primary research focuses on developing multifunctional fibers and intelligent wound-healing systems that integrate sensing, actuation, and adaptive control. Dr. Xiang’s most impactful contribution is the creation of a skin-inspired self-adaptive system for dynamic wound healing, which mimics the human body’s natural thermoregulation to maintain a stable healing environment—a breakthrough published in 2024 that has already garnered 37 citations. His foundational work on multifunctional fibers, combining wet spinning with UV photopolymerization for simultaneous motion and temperature detection, remains his most cited paper (55 citations) and demonstrates his ability to engineer wearable materials with unprecedented versatility. Most recently, Dr. Xiang has pioneered a machine learning-enabled real-time temperature response system that leverages polymer-filler interactions to intelligently control conductive network assembly, opening new avenues for smart bandages and responsive textiles. With a rapidly growing citation footprint and a clear trajectory toward clinical translation, Dr. Xiang is establishing himself as a key figure in the next generation of adaptive biomedical materials.