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In This Section
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  • Research Themes
    • High Speed Electronic Systems for 5G/6G
    • Photonic Technologies
    • Quantum Technologies
    • Nanoscale Devices for Artificial Intelligence
    • Wide-and Ultrawide-bandgap Power Electronics
    • Translational Biotechnologies
    • Neurotechnologies
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Wide-and Ultrawide-bandgap Power Electronics

Vision

Power electronic devices today control distribution of over 50% of the world’s electricity with projected increase to 80% by the year 2030. HMNTL has a long history of developing compound semiconductor materials and devices and extensive faculty expertise. Semiconductor research has always been “in the blood of HMNTL” and is well-positioned to lead the next revolutionary wave that will enable a smart, efficient, and resilient power grid of the future.

Power electronics is an exciting key research opportunity that will be enabled by in-house expertise and long-term partnerships with campus interdisciplinary research units, including the Materials Research Laboratory, Power and Energy Systems Group and Coordinated Science Laboratory, who are working on circuit and architecture design, machine learning and AI.

A DC grid ultra-wide bandgap electronics is projected to reduce today's power grid losses by 90%.

Resident Faculty with primary interest in this area

Can Bayram
he/him/his
  • Electrical and Computer Engineering
Rongming Chu
    Hyunseok Kim
      Kyekyoon Kim
      • Electrical and Computer Engineering
      Shaloo Rakheja
      • Electrical and Computer Engineering

      Holonyak Micro & Nanotechnology Lab

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