Lauren Saccone

Devices that can physically disappear in a controlled manner are a growing (and increasingly important) type of electronics.

The world of flexible electronics is rapidly growing. There are a wide field of applications, from wearable technologies and solar cells to flexible displays and artificial skins. Unfortunately, the basic components of these flexible technologies could be leading them to overheat -- and according to a new paper, that's posing a potentially serious problem.

A new microchip that converts optics to audio could lead to faster and more efficient data processing.

Scientists have engineered a new type of artificial skin that allows robots to 'feel' changes in temperature.

University of Wisconsin-Madison engineers have designed the world's most functional flexible transistor, and it could soon be commercialized.

MIT has topped the charts again, coming in as one of the best colleges in the nation.

A new patch could help improve the lives of millions of Americans suffering from damaged hearts.

A new type of artificial intelligence could prove instrumental in detecting distracted drivers throughout Canada.

Rolls-Royce has plans to make an autonomous naval vessel using cutting edge technology, artificial intelligence, and advanced propulsion.

Scientists are hard at work on an implantable system that could help to detect lung cancer.