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    University of California, San Diego
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    Innovative fingertip biofuel cells and flexible thermoelectric devices enable non-invasive biomarker sensing and energy harvesting from human skin.
    ID 210434732 | Ai © Noipornpan | Dreamstime.com
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    Tapping AI to assist in peer reviews and improve the quality of manuscripts may be a game-changer for the scientific community.
    Cambridge University, UCSD, Caltech
    This roundup of diverse skin-patch research showcases different objectives and implementations in biomedical sensing technology.
    Pohang University of Science and Technology
    A flexible, bendable micro-supercapacitor can provide power for skin-attached bio-sensing wearables.
    131496585 © Amaviael | Dreamstime.com
    This power-management IC developed by Orca Semiconductor targets the unique requirements of a specialized but very large market.

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    GTC March 2024 Keynote with NVIDIA CEO Jensen Huang
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    Electrical isolation is defined as the separation between two circuits that will restrict the direct current and any unwanted alternating current in a power supply.
    VTT Technical Research Centre of Finland
    A new sustainable ECG patch brings us one step closer to creating less single-use plastic waste.
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    The Mirokai cobot constructed by Enchanted Tools is designed to interact with people.