Kun Yang
Papers
2
Total Citations
55
H-Index
2
About
Kun Yang is a materials scientist and engineer whose research sits at the intersection of flexible electronics, smart materials, and wearable sensing technologies. Yang's work focuses on developing next-generation functional materials that combine mechanical adaptability with advanced electronic properties, addressing critical challenges in human-machine interfaces and health monitoring systems. Yang's most significant contribution to the field is the development of self-healing strain sensors based on silicone elastomers, a 2021 publication that has garnered 50 citations and demonstrated a compelling approach to creating durable, autonomous repair-capable devices for human motion detection. This work addresses a fundamental limitation in wearable electronics — mechanical degradation over time — by engineering materials that can recover their structural and functional integrity after damage. Complementing this, Yang's earlier 2020 research on conductive flexible and stretchable films expanded the application landscape to include both sensor technologies and stealth information transmission, highlighting a multidisciplinary vision that bridges wearable health monitoring and secure communication. Together, these contributions position Yang as an emerging voice in the flexible electronics community, with growing influence on how researchers approach durable, multifunctional smart material design.
Research Focus
Key Achievements
Top Papers
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- 2