Papers
4
Total Citations
104
H-Index
4
About
Junbo Yang is an emerging researcher at the forefront of bioinspired sensing technologies, with a focus on artificial perception systems that mimic human sensory capabilities. His work bridges photonics, neuromorphic engineering, and biomimetic design to develop next-generation devices for robotics, machine vision, and human-machine interaction. Yang's most influential contribution is his development of an irradiance-adaptable near-infrared vertical heterojunction phototransistor (2022, 48 citations), which replicates the optical environment-adaptation function of biological visual systems — a breakthrough for autonomous robotics and smart vision applications. Complementing this, his pioneering work on biomimetic optical skin using optical microfiber coupler neurons (2022, 23 citations) has advanced the field of artificial tactile perception, enabling machines to sense texture and interaction with remarkable subtlety. More recently, Yang has pushed boundaries further with multi-photon neuron-embedded bionic skin capable of high-precision three-dimensional object and texture reconstruction (2025, 27 citations), demonstrating his ability to translate complex neurological principles into functional devices. His neural network-enhanced tactile sensing systems underscore a consistent commitment to integrating artificial intelligence with biomimetic hardware. With over 100 cumulative citations across a compact but high-impact body of work, Yang represents an exciting voice in next-generation sensory technology research.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4