Liquid metals, particularly non‐toxic gallium‐based alloys, have emerged as promising
materials for future soft electronics due to their unique properties, including fluidity, excellent …

Biosensors are analytical tools for monitoring various parameters related to living
organisms, such as humans and plants. Liquid metals (LMs) have emerged as a promising …

Tactile perception sensing, which could endow artificial devices with human-like abilities, is
indispensable for new generation intelligent prosthetic. However, the development of …

Designing microstructure surface or enhancing the dielectric constant of functional layer is a
common useful strategy to improve the pressure sensing performances of flexible capacitive …

Polyaniline, a modified conductive polymer, has been widely studied in the field of
electromagnetic (EM) wave absorption due to its excellent dielectric and conductive …

As an essential component of flexible electronics, superelastic conductive fibers with good
mechanical and electrical properties have drawn significant attention, especially in their …

As stretchable electronics are rapidly develo** and becoming complex, the requirement
for stretchable, multilayered, and large-area printed circuit boards (PCBs) is emerging. This …

Textiles are promising candidates for use in soft robots and wearable devices due to their
inherent compliance, high versatility, and skin comfort. Planar fluidic textile‐based actuators …

Liquid metal (LM) elastomer composites offer promising potential in soft robotics, wearable
electronics, and human‐machine interfaces. Direct ink write (DIW) 3D printing offers a …

Additive manufacturing has developed significantly. In contrast to established fabricated
materials, low-melting-point alloys (LMPAs) are increasingly attractive because they have …