Wafer-scale accelerators for AI applications can deliver far more computing power with much greater energy efficiency.

Oxide thin-film transistors (TFTs) have attracted much attention because they can be applied to flexible and large-scaled switching devices. Especially, oxide semiconductors (OSs) have been developed ...

The 2027 iPhone Air could debut a power-saving LTPO3 OLED display, according to reports. This advanced screen tech, featuring ...

Self-driving cars that glide through cities without ever hitting traffic, virtual doctors diagnosing you instantly at home, ...

The iPhone 17 Air, or whatever Apple’s marketers decide to call it, looks like being a stylish phone, perhaps as thin as ...

In a bold challenge to silicon s long-held dominance in electronics, Penn State researchers have built the world s first ...

The study proposes an advanced and generalized artificial neural network (ANN)-based compact modelling and parameter-extraction technology for emerged transistor technology. The AI-based compact model ...

Editor's note: Thin-film transistors can be manufactured at low cost and on flexible materials using printing technologies. These characteristics make them very well suited to many IoT applications, ...

The model, called ether0, outperforms other advanced AIs at chemistry tasks and is a stepping stone towards automating the entire research pipeline.

The scalable method to create self-healing stretchable transistors and circuits introduced by the researchers could support the development of implantable devices that can measure electrophysiological ...