Archive
Researchers at KAIST have leveraged 3D digital twins to model the internal microstructures of commercial battery anodes, uncovering how the spatial arrangement of binders and pore spaces dictates fast-charging performance and cell degradation.
Scientists at KAIST have designed a conductive metal-organic framework electrode that sequentially captures zinc ions and protons, transforming previously problematic proton reactions into usable battery capacity for grid-scale energy storage.
Software-defined vehicles are reshaping auto manufacturing, but a lack of published software support periods leaves buyers uncertain about how long connected features will remain functional.
Engineers at KTH Royal Institute of Technology and the University of Southampton have built a ribbon-like silica optical fiber capable of detecting pressure changes up to 1,000 times more effectively than traditional round designs.
US Immigration and Customs Enforcement is preparing to spend up to $20 million on high-tech electrical shock gloves manufactured by Compliant Technologies, according to federal procurement records.
Upcoming European Union regulations are poised to influence smartphone design, potentially ushering in a return to more easily replaceable batteries for consumer devices.
The import restrictions focus largely on Chinese equipment that officials say could enable surveillance, remote control or cyberattacks.
