A biochar-based thermal sponge stores heat during the day and releases it at night, cutting cooling energy by over 50%.

Researchers at MIT have developed a fabrication approach that stacks multiple active components on the back end of a ...

Getting accurate movement in robots and machines can be hard. Learn about a small, reliable sensor that makes control easier, ...

High-resolution, HDR, global shutter and low-light cameras bring industrial-grade imaging performance to Raspberry Pi 5 based ...

A laser system can send data 20 km at high speed and stay stable, even in tough conditions. It could change defense communication.

Power dense IGBTs with reduced cell pitch deliver scalable performance and enhanced reliability for high voltage solar and ESS inverter platforms.

Ice on aircraft, drones, and turbines can cause crashes and delays. A sensor spots ice instantly and could change how we handle it.

Imagine cooling your home, fridge, or data center without using a lot of energy or harming the planet. A method could make it possible.

Promises faster switching, higher noise immunity, and tighter integration with low-voltage controllers, addressing the growing demands of motor control and power conversion systems.

A new laser-based manufacturing platform enables high-speed, high-precision metallisation directly on complex 3D parts, opening fresh design possibilities beyond flat PCBs.

Sensor pairs near-invisible aesthetics with sharply higher sensitivity, targeting smarter, cleaner motion detection in buildings and lighting systems.

UC Irvine engineers develop a silicon-chip wireless transceiver hitting fiber-optic speeds that could reshape high-speed data links for future 6G and data-center electronics.