Domenic Quiquero
Papers
1
Total Citations
12
H-Index
1
About
Domenic Quiquero is pioneering the next generation of wearable electronics through his innovative work on tattoo-like strain sensors for human-machine interfaces. His research centers on developing soft, adaptable sensor systems that bridge the gap between rigid electronics and the dynamic, curved surfaces of the human body. Quiquero’s most notable contribution is a customizable and self-adaptive strain sensor inspired by the viscoelastic properties of silly putty. Unlike conventional sensors that require adhesives, his design conforms naturally to body shapes, offering unprecedented adaptability, moldability, and self-healability. This breakthrough addresses key limitations in wearable technology, enabling long-term, comfortable use without performance degradation. The sensor’s recyclability further underscores a commitment to sustainable innovation. With 12 citations already for this 2025 publication, Quiquero’s work is gaining rapid recognition for its potential to transform prosthetics, rehabilitation, and interactive devices. By combining material science ingenuity with practical design, he is laying the groundwork for truly seamless human-machine interfaces that feel like a second skin.
Research Focus
Key Achievements
Top Papers
- 1