S.L. Bernard
Papers
2
Total Citations
54
H-Index
2
About
S.L. Bernard is a pioneering figure in the development of flexible electronics, with a career focused on merging traditional silicon integrated-circuit technology with novel, bendable substrates. Bernard’s major contributions center on a monolithic batch fabrication method that produces arrays of silicon islands—each containing conventional IC components—supported by a flexible polyimide film. These islands are interconnected by photolithographically defined gold leads embedded within the polyimide, eliminating the need for manual bonding and enabling unprecedented mechanical flexibility without sacrificing electronic performance. This foundational work, detailed in the highly cited 1985 paper “Flexible circuit and sensor arrays fabricated by monolithic silicon technology” (45 citations), and its 1984 precursor (9 citations), laid critical groundwork for modern flexible sensors, wearable devices, and conformable electronics. Bernard’s innovations demonstrated that rigid silicon could be effectively integrated into pliable systems, a concept that has since become central to the field. By solving key fabrication challenges, Bernard’s research has influenced generations of engineers and scientists working on flexible, stretchable, and bio-integrated electronics, establishing a legacy of practical, scalable solutions for next-generation devices.
Research Focus
Key Achievements
Top Papers
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