Cornell researchers developed a microwave brain chip that learns its own signal language, compressing satellite data eightfold while enabling faster, ...

Can a robot with a cryogenic spray stop wildfires before they spread? A robotic system is exploring a residue-free approach to tackling hotspots.

New AI technology helps humanoid robots perform everyday tasks, adapt to new surroundings, work safely alongside people and collaborate with other robots with ...

A quantum computing method combines error correction and result checking to perform calculations while improving accuracy and reliability.

Can twistronics move beyond tiny laboratory samples? A scalable fabrication method could widen its path towards practical electronic devices.

A new edge-computing platform enables small military drones to process AI locally, improving autonomy, navigation and mission performance while reducing cloud ...

Researchers have developed non-invasive muscle radar sensors that could improve prosthetics, exoskeletons and rehabilitation by measuring muscle force ...

A microwave chip encodes data into radio signals, reducing transmission needs and helping satellites and drones communicate.

A satellite battery completed its first space mission, proving its performance in orbit and supporting future small satellite ...

A server memory chipset helps computers run artificial intelligence and cloud applications with higher memory speed and lower ...

A new LED lighting range combines high colour fidelity, reduced flicker and multiple form factors to support reading, ...

A new interactive display platform now runs on Android 16, combining AI-assisted teaching and collaboration tools with 4K ...