Papers
3
Total Citations
37
H-Index
3
About
Yizhuo Wang is an emerging researcher whose work bridges flexible electronics, biomimetic sensing, and human-computer interaction. Primarily focused on the development of stretchable sensor systems for electronic skin (e-skin) and robotic applications, Wang has made notable contributions to the field of tactile sensing and wearable technology. His most celebrated work, "Dual-Band Laser Selective Etching for Stretchable and Strain Interference-Free Pressure Sensor Arrays" (2024), garnered 25 citations within its first year, introducing an innovative fabrication technique that overcomes a longstanding challenge in e-skin design — strain interference during stretching. This breakthrough opens new possibilities for more reliable and biomimetic pressure sensing surfaces. Building on this foundation, Wang's 2025 study on stretchable multimodal sensor arrays advances robotic tactile perception by improving integration density and spatial resolution in bionic skin systems. Earlier in his career, Wang explored RFID-based human action recognition, demonstrating a broader interest in intelligent sensing beyond purely physical interfaces. Collectively, his research reflects a cohesive vision: creating smarter, more adaptable sensing platforms that bring machines closer to replicating human sensory experience, with growing influence evidenced by an accelerating citation trajectory across his publications.
Research Focus
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