Jiayi Wu
Papers
1
Total Citations
3
H-Index
1
About
Jiayi Wu is an emerging researcher in the field of flexible and stretchable electronics, with a particular focus on advanced sensor design and soft materials engineering. Wu's most notable work centers on the development of innovative strain-sensitive devices that challenge conventional sensing paradigms. In a standout 2025 publication, Wu engineered nanocracks-enabled soft micro-wrinkle structures featuring an anomalous negative gauge-factor strain-resistance effect — a significant departure from traditional positive gauge-factor mechanisms that typically suffer from high power consumption and thermal inefficiencies. By designing interfacial interlocked soft-hard elastomeric wrinkle architectures, Wu's research opens new pathways for low-power, high-performance stretchable sensors suited for underwater electronic applications, a notoriously challenging environment for flexible devices. Though Wu's citation record is still growing — reflecting an early-career researcher at the frontier of their field — the novelty and practical implications of this work signal considerable promise. Students and researchers working in wearable technology, bioelectronics, or soft robotics will find Wu's contributions to stretchable negative gauge-factor sensing particularly relevant and forward-thinking.
Research Focus
Key Achievements
Top Papers
- 1