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About

Yunyun Luo is a leading researcher in flexible sensor technology, specializing in temperature, tactile, and force-sensing systems for wearable electronics and smart devices. Her work focuses on developing high-performance, flexible sensors that combine novel materials and microfabrication techniques to achieve exceptional sensitivity, stability, and comfort. Luo’s most influential contribution is a thin-film temperature sensor based on a flexible electrode and substrate, which has garnered 105 citations for its innovative use of platinum and indium oxide thermocouples to enable accurate, micro-scale temperature measurements. She further advanced low-temperature sensing with a flexible substrate sensor achieving ultra-high sensitivity (62 citations). In tactile sensing, Luo designed an all-electrospun fabric-based piezoelectric tactile sensor (28 citations), prioritizing breathability and comfort for health monitoring and human-machine interfaces. She also developed a flexible three-dimensional force sensor with high sensing stability (26 citations), featuring a bonding and supporting composite structure for reliable performance in smart devices. Her research consistently addresses critical challenges in measurement accuracy, repeatability, and durability, positioning her as a key innovator in flexible electronics. Luo’s work is widely cited and foundational for next-generation wearable and robotic sensing systems.