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Gelatin stabilizes liquid metal in conductive hydrogels for sensing and energy harvesting
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Gelatin-Stabilized Liquid Metal Enables Conductive Hydrogels for Sensing,
Researchers at Fuzhou University have developed a gelatin-stabilized liquid-metal hydrogel that combines stretchable electronics, artificial intelligence and solar-energy conversion in a single soft material. The technology addresses one of the central challenges in liquid-metal electronics: keeping tiny metal droplets evenly dispersed instead of allowing them to merge into larger pools. The resulting conductive hydrogel can […]
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