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University of Cambridge


Radical approach for brighter LEDs

Scientists have discovered that semiconducting radicals can fabricate highly efficient OLEDs by exploiting their quantum mechanical 'spin' property, overcoming limitations of traditional materials. The new technology could lead to brighter displays and lighting technologies, including blue- and green-light radical-based diodes.

SourceUniversity of Cambridge·JournalNature·DateNov 21, 2018

New efficiency record set for perovskite LEDs

Perovskite LEDs have achieved close to 100% internal luminescence efficiency, opening up applications in displays, lighting, and communications. The devices outperform conventional OLEDs in terms of light-emission efficiency due to a composite layer of perovskites with an insulating polymer.

SourceUniversity of Cambridge·JournalNature Photonics·DateNov 5, 2018

Making thread in Bronze Age Britain

Researchers identified splicing as the earliest plant fibre technology for making thread in Early Bronze Age Britain and across Europe. This technology is fundamentally different from draft spinning and was previously unknown in Britain.

SourceUniversity of Cambridge·JournalArchaeological and Anthropological Sciences·DateJul 26, 2018

Barley heads east

A new study reveals the ancient migration routes of barley cultivation across Eurasia, with distinct routes for different types of barley populations. The research uses genetic analysis of living crops to track the spread of barley, which was domesticated around 10,500 years ago in the Near East.

SourceUniversity of Cambridge·JournalPLOS ONE·DateJul 18, 2018

Why life on Earth first got big

Researchers found that early ocean organisms grew tall to disperse their offspring and colonize their surroundings. The study suggests that reproduction was the main reason life on Earth got big during the Ediacaran period.

SourceUniversity of Cambridge·JournalNature Ecology & Evolution·DateJun 25, 2018