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Monash University created M-rGO, a carbon material enabling supercapacitors to store battery-like energy with fast charging and durability.
Researchers at Monash University have created a new carbon-based material, multiscale reduced graphene oxide (M-rGO), enabling supercapacitors to store energy comparable to lead-acid batteries while charging much faster and maintaining durability.
The innovation, derived from abundant natural graphite, achieves high power densities and is scalable for commercial use.
The technology, being developed by Monash spinout Ionic Industries, could transform electric vehicles, renewable energy storage, and consumer electronics by offering rapid charging and long-term performance.
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La Universidad de Monash creó M-rGO, un material de carbono que permite a los supercapacitores almacenar energía similar a la de las baterías con carga rápida y durabilidad.