Liquid metals, with their unique combination of electrical and mechanical properties, offer
great opportunities for actuation based on surface tension modulation. Thanks to the scaling …

Unlike conventional rigid machines, soft robots generally have unique operation styles that
rely heavily on soft matter engineering and smart material systems. Owing to the superior …

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 …

Soft electronics are comprised of stretchable and user-friendly components that
mechanically conform to complex surfaces and epidermis, extending their applicability over …

Integrated control circuits with multiple computation functions are essential for soft robots to
achieve diverse complex real tasks. However, designing compliant yet simple circuits to …

Liquid metals and alloys with high-aspect-ratio nanodimensional features are highly sought-
after for emerging electronic applications. However, high surface tension, water-like fluidity …

The Marangoni effect, induced by the surface tension gradient resulting from the gradient of
temperature, concentration, or electric potential gradient along a surface, is commonly …

Wearable and self‐healing soft electronics have led to a significant emphasis on their
potential in creating versatile, conformable, and sustainable electronic modules. Among …

Liquid metals have unique qualities for developing new generation soft functional devices.
Here, we propose that the oscillation of liquid metals induced by a DC voltage could be …

Plant species like the Venus flytrap possess unique abilities to intelligently respond to
various external stimuli, ensuring successful prey capture. Their nerve-devoided structure …