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

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 ...

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

Scientists used neutron imaging to study friction stir welding, revealing ways to reduce residual stress and develop stronger, more durable steel armour for ...

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

Can AI agents verify their own engineering decisions? A validation-driven workflow is aiming to improve trust across chip and PCB design.

Researchers warn advanced legged robots could reshape workplaces, care and warfare, raising urgent ethical, legal and social questions as adoption accelerates ...

Can a half-brick power module deliver more without increasing footprint? A compact design is pushing density and efficiency further.

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

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