New memory technology promises faster, more efficient AI with stable performance across a temperature range.

Scientists achieve a breakthrough by combining electronics, light manipulation, and quantum effects on a single semiconductor chip to produce stable quantum light for advanced technologies.

Nvidia has launched the Jetson Orin Nano Super Developer Kit, a small supercomputing device for AI applications at the edge.

A massive US-led project eyes global expansion, initially in the UK, to power artificial intelligence infrastructure.

Vuzix partners with German startup Ramblr to integrate AI-driven task assistance into smart glasses, enhancing real-time support for frontline workers across various industries.

Jensen Huang shares plans for powerful chips, AI factories, and smart robots to shape industries and everyday life.

This partnership combines their technologies to create custom chips for data centers and personal computers, enhancing AI and everyday computing tasks.

Cornell researchers create efficient chip architecture to lower energy consumption in AI and other technologies.

Australian company Cortical Labs creates a biological computer that learns fast and uses less energy than regular AI systems.

Researchers use a precise helium ion beam to introduce controlled defects into aluminum nitride, turning it into a ferroelectric material for low-power data storage with existing chip manufacturing tools.