Project lead: 3d printed wearable video live stream circuit integrated with virtual reality

Augmenting human sensing with wearable electronics has the potential to revolutionize how we interact with our environment, enabling “superhuman” abilities to incorporate new data streams into our daily experience. However, existing soft conductive inks and printing methods for soft electronics microfabrication are limited in their ability to produce the complex multi-layer circuit architectures required for supporting CMOS cameras and other multiplexed sensing capabilities.   Here, we address this challenge by introducing a soft-matter conductive ink that is compatible with direct ink write (DIW) printing for creating complex, sticker-like, multilayer circuits for augmented human sensing and vision.

Relevant Papers

Intrinsically soft printed electronics for digitally augmented human sensing and vision

Under Review in Nature Nanotechnology

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