Liquid metal embedded elastomers (LMEE) are soft, stretchable materials that become
conductive upon application of a compressive force. The conductance stems from the …

Liquid metal embedded elastomers (LMEEs) have attracted interest from researchers on
account of their combination of low elastic modulus, high flexibility, and tunable electrical …

Elastomers embedded with micro-and nanoscale droplets of liquid metal (LM) alloys like
eutectic gallium–indium (EGaIn) can exhibit unique combinations of elastic, thermal, and …

Conductive elastic composites have been used widely in soft electronics and soft robotics.
These composites are typically a mixture of conductive fillers within elastomeric substrates …

Dispersing liquid metal droplets in a soft elastomer matrix yields a composite, called liquid
metal embedded elastomer (LMEE), with less modified stiffness but noticeably increased …

Stretchable and conductance-stable composites are critical for progress in flexible
electronics. Tremendous efforts have focused on engineering electrical conductors from …

Stretchable high‐dielectric‐constant materials are crucial for electronic applications in
emerging domains such as wearable computing and soft robotics. While previous efforts …

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‐embedded elastomers (LMEEs) are a class of deformable composites made of
particles of liquid metal dispersed in an elastomeric matrix. Although these composites …

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