Materials Science

Researchers using wire arc additive manufacturing to weld steel plates in a high-tech lab.

Forging the Future: UT’s $5M Grant to Revolutionize Military Steel

The University of Tennessee, Knoxville, has secured a $5 million grant from the Office of Naval Research. Over the next three years, UT and Mississippi State University researchers will develop cutting-edge, domestically produced military-grade steels using wire arc additive manufacturing and advanced welding. Collaboration with Oak Ridge National Lab and a Navy lab in Memphis ensures scalable innovation—a major step toward revitalizing U.S. steel manufacturing and bolstering national security.

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Researchers observe glowing perovskite crystals change color under high-tech lab conditions

Discovering New Uses for Perovskite: Western Researchers Unlock Next-Gen Materials for Solar Cells & LEDs

Western University researchers have revealed how applying pressure to perovskite—a promising alternative to silicon—unlocks brighter photoluminescence and customizable color properties, paving the way for next-generation solar cells and LED lighting. Their cutting-edge work offers a roadmap for designing advanced, energy-efficient materials in the tech industry.

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Futuristic microscope with glowing quantum particles and waveforms, magnifying nanoscale cellular structures in vibrant blue and neon green hues

Quantum Sensing and Microscopy: Revolutionizing Precision and Imaging

Quantum sensing and microscopy are revolutionizing science by harnessing the principles of quantum mechanics to achieve unparalleled precision in measurement and imaging. From nanoscale biomedical imaging to breakthroughs in materials science, these cutting-edge technologies are unlocking new possibilities in research and innovation

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