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    The Strongest Materials on Earth
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    The Strongest Materials on Earth
    Stanford Advanced Materials (SAM) evaluated Graphene and Darwin’s Bark Spider Silk based on defined technical parameters. Graphene increased electron mobility by 37% relative to conventional materials. Darwin’s Bark Spider Silk achieved a tensile strength of 1.6 GPa in laboratory tests. These measured properties suggest potential applications in aerospace sectors, with a projected 15% material weight reduction for components. Electronics may benefit from a 10% improvement in thermal management. Data and quantitative analysis support further research in material performance.
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    Listen to the Stanford Advanced Materials Podcast. The programme presents factual information on the performance and properties of advanced materials.
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