Tian Ouyang

University of Science and Technology Beijing

Papers

Total Citations

201

H-Index

About

Tian Ouyang is a leading innovator in the field of bioinspired electronic skins and self-powered tactile sensors, with a focus on triboelectric nanogenerators (TENGs). Their most celebrated work, a "Fingerprint-inspired electronic skin" (2021, 118 citations), revolutionized fine texture recognition by mimicking human dermatoglyphs, enabling robots to distinguish subtle surface patterns. Ouyang further advanced wearable technology with a "stretching-insensitive, self-powered pressure sensor" (2021, 77 citations), which maintains accuracy under deformation—a critical breakthrough for robust, real-world applications. Their recent research (2023) tackles the grand challenge of spatiotemporal tactile cognition, developing a high-sensitive, self-selective mechanoreceptor that simultaneously perceives fine spatial details and static/dynamic temporal stimuli. This work addresses a key limitation in current sensors, which struggle to integrate both high sensitivity and temporal resolution. With a growing citation impact and a clear trajectory toward intelligent robotic perception, Ouyang’s contributions are shaping the future of human-machine interfaces, prosthetics, and autonomous systems. Their work stands at the intersection of materials science, biomechanics, and artificial intelligence, offering elegant solutions to complex tactile sensing problems.