Multifunctional Materials Integration Research News

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UVA Engineering's focus on recruiting excellent faculty is paying big dividends in achieving the school's mission to make the world a better place by creating and disseminating...

Material Properties Are Couched in the Language of Artificial Intelligence

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Balachandran has earned a Young Faculty Award to better target research and development of high entropy alloys that perform well in extreme environments.

Research Aims to Grow and Test a Pure, Smooth and Widely Applicable Thin Film for Future Semiconductors

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Ihlefeld's research group specializes in electronic oxide materials; their thin films increase the efficiency of computer chips and can serve as low-power computer memory.

Detectors Can Relay a Fire Warning in Real Time Across Thousands of Miles

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Sheth’s pitch for RISc detectors earned first place at the IEEE Microwave Week three-minute thesis competition.

Researchers Envision a Vibrant Future Wireless Environment Compatible with Commercial Applications and Scientific Research

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WHISPERS combines expertise in design, metrology, detectors, devices and system hardware solutions beyond THz frequencies.

Design Employs Photonics to Overcome Physical and Technological Barriers

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Hybrid technology promises greater performance, functionality and applications than a single process could achieve without driving up the cost.

Opto-Electrical Converter Allows Communications Systems to Maintain Stable and Accurate Microwave Signals Over Long Distances

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NIST research team converts high-performance signals from optical clocks into microwave signals for modern electronic systems.

Team’s Fabrication Process Achieves Long-Wavelength Sensitivity, Ultra-Low Noise and Design Flexibility

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The team’s low-noise, two-micrometer avalanche photodiode enables higher-power operation that is eye-safe.

Nature Communications Publishes UVA and Peking University’s Innovation in Microcombs

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Researchers demonstrate the broadest microcomb spectral span ever recorded.

Computational Modeling Advances Design of Magnesium Alloys Free of Rare Earth Elements

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Research group employed computational modeling to understand a magnesium-tin alloy’s precipitation sequence.