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About

Xiaoping Liang is a leading figure in the field of flexible and wearable electronics, with a particular focus on skin-inspired sensors and smart textiles. His research centers on developing advanced materials—from carbonized silk fabric to molybdenum disulfide nanosheets—to create highly sensitive, durable, and multifunctional devices for health monitoring and human-machine interaction. Liang’s major contributions include pioneering the use of carbonized Chinese art paper for high-performance strain sensors, enabling low-cost, scalable manufacturing. His work on skin-inspired physical sensors (243 citations) and advanced carbon materials for wearable sensors (222 citations) has set benchmarks in the field, demonstrating exceptional sensitivity and flexibility. Notably, his recent development of highly adhesive epidermal sensors with superior water-interference resistance (50 citations) addresses a critical challenge for aquatic applications, such as swimming and rescue operations. With over 600 citations across his top papers, Liang’s innovations are driving the next generation of wearable technology, making him a key researcher for students and scientists interested in the intersection of materials science, electronics, and healthcare.