Abstract
Next generation of electronic devices will be not only flexible but also stretchable, enabling applications impossible to achieve with existing rigid circuit board technologies. This needs new materials and new design principles. Among various materials of choices, gold has advantages of biocompatibity, chemical inertness, facile synthesis/Surface functionalisation and band-gap-matching with a lot of semiconductors materials. In this talk, I will discuss our newly developed standing gold nanowire-based soft electrochemical biosensing platform in the forms of patches, fibers and tattoos. The unique Janus structures, high surface area and facile surface modification offer materials attributes for next-generation wearable biodianostics for real-time monitoring vitals such as glucose, latctate and catitionic ions.
Published Version
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