Stretchable and highly conductive elastomers with intrinsically deformable liquid metal (LM)
fillers exhibit promising potential in soft electronics, wearables, human-machine interfaces …

Stretchable composites comprising liquid metal (LM) inclusions and silicone elastomers
(LME composites) are of great interest for soft electronics and wearable devices. LME …

Liquid metal (LM)-based elastomers have received growing interest for a wide range of
applications such as soft robotics and flexible electronics. This work reports a stretchable …

Liquid metal (LM) has recently been used as an advanced stretchable material for
constructing stretchable and wearable electronics. However, due to the poor wettability of …

Current stretchable conductors, often composed of elastomeric composites infused with rigid
conductive fillers, suffer from limited stretchability and durability, and declined conductivity …

Highly stretchable and conductive composites have gained tremendous research interests
due to the imperative demands in the fields of stretchable electronics and soft robotics …

As intrinsically stretchable materials for flexible electronics construction, liquid metal (LM)
based composite conductors face challenges to achieve a high conductivity with minimum …

Stretchable electronic circuits are critical in a variety of next-generation electronics
applications, including soft robots, wearable technologies, and biomedical applications. To …

The small strain characteristics of the traditional flexible conductive composites hinder their
realization of skin‐like properties and multi‐scenario applications. The value of liquid metal …

Soft devices, especially capacitive stress (or strain) sensors, are important for applications,
including wearable medical monitoring, electronic skin, and soft robotics. The incorporation …