Abstract:Highly stretchable and robust strain sensors are rapidly emerging as promising candidates for a diverse array of wearable electronics and sensing devices. Conductive hydrogels represent a unique class of materials for bioelectronic applications due to their electrical and mechanical adaptability to human body. A common material engineering strategy is thus combining rigid electronic and/or ionic conductors with hydrogels to form conductive and stretchable composites. However, there exist trade-offs between hig… Show more
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