University of Cambridge

A stroke can make it difficult to speak fluently, clearly, or in full sentences. Scientists have been working to change this, by developing a wearable device called Revoice. It helps people who lack the power of speech to communicate more naturally.

High-efficiency, inexpensive LEDs and solar cells may arise from crystalline structures cheaper than silicon. A new vapor-based method works like superconductor manufacturing, creating perovskite layers at the Angstrom level for greater durability.

Scientists have created a new type of display with the smallest pixels and highest pixel density ever. Individual pixels were shrunk to 90 nanometers – about the size of a virus – and a record 127,000 of them were crammed into every inch of a display

There could soon be a powerful new aid for people who are unable to speak. British scientists have developed a choker that detects its wearer's silently mouthed words, and converts them into audible synthetic speech.

Having an extra thumb on one hand may boost your manual dexterity, but wouldn't it be hard to learn to use? Not according to a new study, which found that the majority of a wide variety of people got the hang of the thing in just one minute.

A new solution from Cambridge University could recycle both concrete and steel at the same time, by throwing old concrete into steel-recycling furnaces. If done using renewable energy, the process could make for completely carbon-zero cement.

The 2024 QS World University Rankings were released this week, and with three new key metrics added to the scoring process, several universities have rocketed to the international forefront, while traditional icons are being pushed below the fold.

Researchers have overcome a challenge in robotics by developing a sensor that can slide over braille, accurately reading it at twice human speed. The tech could be incorporated into robot hands, providing fingertip sensitivity comparable to humans.

Researchers are claiming a breakthrough in quantum communications, thanks to a new diamond-stretching technique they say greatly increases the temperatures at which qubits remain entangled, while also making them microwave-controllable.

For centuries, shipworms have vexed mariners by boring into – and consuming – the hulls of wooden ships and boats. Soon, though, we may actually be eating those "worms," as they have successfully been farmed for the first time.

A team of researchers led by the University of Cambridge has developed a new technique that uses high-energy lasers to fine tune the properties of 3D-printed metal without compromising the complex shapes it forms.

Working with private industry, the University of Cambridge has gone one step beyond 3D printing with a concrete infrastructure unit that was not only made in an hour, but incorporates sensors to make it self-monitoring and, one day, self repairing.