What if a computer could solve problems in minutes that would take regular ones millions of years? Google’s Willow chip is ...

A new approach optimizes tiny machine learning for ultra-low-power, flexible printed electronics, enabling efficient neural ...

This promises to revolutionize computing in extreme environments like jet engines, fusion reactors, and geothermal wells, ...

Caltech researchers discovered a wearable health technology with solar-powered sweat sensors.

An all-light network developed in China enables uninterrupted data exchange across air, land, and underwater environments and ...

A network connects air and underwater environments using light, enabling data exchange on the move. Learn more about this ...

Nisshinbo has introduced high-isolation SPDT switches designed for Wi-Fi 7 infrastructure and advanced wireless communication systems.

One key application of the material is in flexible devices, where it acts as an interfacial layer between transparent electrodes and active layers, such as those found in solar cells and displays.

Designed with proprietary CMOS-based technology, it offers superior resolution, efficiency, and affordability, addressing critical needs across industries like automotive, biometrics, and AI-driven ...

Designed for automation, the design eliminates the need for tools, reducing assembly time and costs while ensuring long-term ...

Researchers from Peking University, the Beijing Institute for General Artificial Intelligence, and Queen Mary University of ...

Bluetooth module makes creating smaller, faster IoT & wearable devices easier. It saves time, reduces costs, and supports ...