<ul><li>Materials scientists analyze the possibility of creating Captain America's shield using real-world materials.</li><li>Vibranium, the element in the shield, is fictional but inspires real-life materials science.</li><li>Engineering Superheroes course explores how materials can enhance superhero powers.</li><li>Different properties of metals determine their strength and applications in shields.</li><li>Tungsten carbide and ceramic-metal composites are considered for compressive forces.</li><li>Copper-tantalum alloy is suggested for deflecting bullets due to its strength and structure.</li><li>Ceramic materials are efficient in blocking heat flow, useful for fire resistance.</li><li>Shape memory alloys like Nitinol exhibit super plasticity, allowing for rebounding forces.</li><li>Research in materials science benefits space, aviation, and electric car industries.</li><li>Creating advanced materials can enhance safety measures in various fields of technology.</li></ul>

Could we really make Captain America’s shield? A materials scientist weighs in.

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