Cherno Jaye

Material Measurement Laboratory, National Institute of Standards and Technology

Papers

Total Citations

374

H-Index

About

Cherno Jaye is a pioneering researcher at the intersection of bio-inspired materials and organic electronics. His work explores how nature’s design principles can be harnessed to create advanced functional surfaces and devices. Jaye’s most influential contribution is his 2012 study on organic transistors with high thermal stability for medical applications, which has garnered over 340 citations and laid critical groundwork for flexible, implantable electronic systems. In a strikingly different vein, his 2015 investigation into the frictional properties of snake scales revealed a molecular boundary lubricant at the ventral surfaces of snakeskin, demonstrating how slithering locomotion is optimized through nanoscale tribology. This work, though less cited, showcases his talent for uncovering hidden biological mechanisms with engineering implications. Jaye’s research bridges soft matter physics, surface science, and biomimetics, offering insights that could inspire more durable medical devices and low-friction coatings. His ability to draw connections between organic semiconductors and reptilian locomotion marks him as a versatile and imaginative scientist whose work continues to influence both materials design and biological surface engineering.