<ul><li>Scientists have developed a method to create high-performance polymer composites with liquid metal, improving heat transfer in electronics.</li><li>The technique, called shear-induced precipitation-interfacial reset-reprotonation, allows for better bonding between liquid metal particles and the polymer matrix.</li><li>By incorporating aramid micron fibers in the polymer structure, the composite achieved a thermal conductivity increase of 126.8% over typical polymer composites.</li><li>These composite films have potential applications in high-power LED lighting, flexible electronics, and wearable devices where heat dissipation is critical.</li></ul>

Cooler and stronger: New liquid metal polymers may boost electronics and beyond

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