Breakthroughs, awards, and media coverage from the POWERlab — from record-breaking GaN power devices to terahertz metadevices and co-designed microfluidic cooling.

Best Presentation Award at the International Conference on Nitride Semiconductors for E-mode multichannel GaN-on-Si power devices, and invited talk upgrade on Enhanced RF Performance of GaN HEMTs via Displacement Field Coupling with fMAX of 420 GHz.

Elison Matioli has been awarded a prestigious ERC Advanced Grant to push GaN power electronics into the multi-kilovolt regime — part of a strong EPFL cohort returning to the top of the European research stage.
Read more →MS student Cankat Gur received the 2024 Gilbert Hausmann Prize for the best master's thesis in Physics, Electrical, or Mechanical Engineering at EPFL — one prize per year across the school.

Elison Matioli delivered a TEDx talk on new and efficient semiconductor device concepts at TEDx Arendal. The video has been published on the TEDx website.
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POWERlab researchers introduce a new approach engineering metastructures at the sub-wavelength scale — opening the next generation of ultra-fast devices for 6G communications and beyond. Published in Nature.
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Best Presentation Award at the 14th International Conference on Nitride Semiconductors (ICNS-14), 2023, on Modal Analysis of Electronic Metadevices: Understanding their ultra-high cut-off frequency.

The POWERlab and co-authors received the IEEE Transactions on Power Electronics Prize Letter Award for the best publication — a top recognition in the field of power electronics.
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PhD student Luca Nela received the EPFL Microsystems & Microelectronics Thesis Award — the single top PhD thesis award conferred each year in the doctoral program. Remco van Erp received the thesis distinction the same year.

The POWERlab shows that vanadium dioxide (VO₂) can "remember" the entire history of previous external stimuli — the first material identified with this property, opening a path to neuromorphic memory and computation.
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A new class of GaN multi-channel transistors developed at EPFL enables high-power converters to run at substantially improved efficiencies — critical for electric vehicles and solar power.
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POWERlab's research featured in an interview with Linus Tech Tips.
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A single chip combining a GaN transistor with monolithically-integrated microfluidic cooling, published in Nature — a new paradigm for co-designed electronics that saves energy and shrinks power-system footprint. Foundation of Corintis.
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A nanoplasma device operating >10× faster than today's fastest transistors enables compact, high-power terahertz wave generation — with applications in imaging, sensing, wireless communications, and cancer therapy. Published in Nature.
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Luca Nela's paper on enhancement-mode AlGaN/GaN multi-channel power transistors received the Charitat Award at ISPSD 2021 in Nagoya — the POWERlab's second Charitat Award in a row.
Read more →We're always looking for curious, driven researchers to push the limits of power, ultrafast, and thermal electronics. If our work resonates with you, we'd like to hear from you.