• 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

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  • Disrupting the Status Quo for Internet Security

    Red-teaming helps network managers build and deploy practical defenses against cyberattacks

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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

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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

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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

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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

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  • Theory-Driven, Experimental Approach Distinguishes Nanomagnetism Research

    Multidisciplinary Team Embraces New Paradigm for Magnetic Storage

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  • Jundong Li Enhances Benefit and Use of Big Data

    Research in Social Computing Detects Meaningful Patterns in Messy Data

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  • Cyber Hunters Provide Early Warning While Preserving Data Privacy

    Defense Advanced Research Projects Agency Augments Grant for Global Attack Detection

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  • Cong Shen Leverages Industry Experience as New Faculty Member

    Research Charts Path for More Intelligent Wireless Communications

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  • ‘Trial By Fire’

    Alumni explain what makes the Accelerated Master's Program so powerful

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  • Matt Panzer Cited as One of World's Leading Researchers in Springer's Annals of Biomedical Engineering

    Associate Professor Matt Panzer is one of the world’s leaders on state-of-the-art modeling and simulation of the brain's response to mechanical loads according to a special issue of Annals of Biomedical Engineering published by Springer

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