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Materials science achieves global advancements through quantum computing breakthroughs, resilient infrastructure solutions, and transformative medical applications. Our faculty and students are pioneering quantum photonic solutions and next-generation semiconductors while engineering materials for extreme environments and resilient systems. This issue highlights how our researchers are developing novel cancer treatments and metabolic disorder therapies alongside prestigious alumni and faculty award recognitions, demonstrating our department's continued impact in materials innovation.

To view an accessible version of this magazine, please download the available PDF.

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Materials Science & Engineering Spring 2025

Materials science achieves global advancements through quantum computing breakthroughs, resilient infrastructure solutions, and transformative medical applications. Our faculty and students are pioneering quantum photonic solutions and next-generation semiconductors while engineering materials for extreme environments and resilient systems. This issue highlights how our researchers are developing novel cancer treatments and metabolic disorder therapies alongside prestigious alumni and faculty award recognitions, demonstrating our department's continued impact in materials innovation.

To view an accessible version of this magazine, please download the available PDF.

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