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Grant Accelerates Discovery of Materials that Perform in Extreme Environments
UVA and Duke Team Up to Create New Coatings for Turbine Engines
Research team develops materials that can withstand the extreme stress and heat of turbine engines.
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Charles P. "Chip" Blankenship Joins the University of Virginia's School of Engineering
Alumnus Extends Track Record of Innovation as Professor of Practice
“Take a job not for what it is in the moment, but what it could be.” Charles P. “Chip” Blankenship has followed this advice throughout his professional career, including his new...
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Dropping the GRE because it Doesn't Predict Success in Graduate School
So, what ARE we looking for in applicants?
Our graduate program leaders reflects on what they are really looking for in applicants, and our newest students discuss why they choose UVA BME.
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Innovation in the Public Interest
UVA Engineering Professor Jack Davidson is interviewed by Virginia's Public Radio about a new course that trains computer science graduate students to use cyber technologies for the public good.
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Interdisciplinary Research Team Aims to Develop Integrated Quantum Photonics on a Chip
Breakthroughs in Low Light and Long Wavelength Detection Bring Quantum Technology Closer to Reality
Research group pushes boundaries in quantum information and quantum computing.
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Disrupting the Status Quo for Internet Security
Red-teaming helps network managers build and deploy practical defenses against cyberattacks
Research delivers practical tools to enhance network security for multiple and diverse applications even when the underlying routing infrastructure is insecure.
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Human Sensing through the Internet of Things
Ultra-Low-Power System-on-Chip Eases Continuous Monitoring of Personal Health and Wellness
UVA researchers combine sensing, computation, RF communication, energy harvesting and power management into a single system-on-chip.
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Exploring Fundamental Physical Properties of Nano-Materials for Emerging Device Technologies
On-Chip Neuromorphic Hardware Will Optimize Size, Power and Speed of Computing Devices
Team develops state-of-the-art computational models and collaborates with experimentalists to understand the limits of various low-power electronic computing paradigms.
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New Capability for Long-Range, Low-Power Wireless Connectivity
Research Extends the Life and Reach of Sensors for Agriculture, Infrastructure and Border Protection
Research team substantially reduced the stand-by power and increased the sensitivity of unattended wireless sensors.
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Researchers Seek to Realize Benefits of Oscillator-based Chips
Special-purpose Chip May Solve Intractable Problems in Graph Theory and Analytics
Chip design borrows an essential idea from natural computing processes to replace digital switches with oscillators.