We’ve launched a new £5m research centre to support North East England’s growing space industry and lead on the sustainable exploration of the cosmos.

This year, we sent six delegates to the Conference of Parties in Baku, Azerbaijan. Learn how their work helps to address the challenges of an ever-changing and complex world – and inspires the next generation of problem-solvers.

Our MammalWeb project has won a national biodiversity award for its work to gather information on the distribution, abundance, habits and behaviours of UK and European wild mammals.

A new exhibition ‘Knitted Together: The Korean Lives and Legacies of Richard and Joan Rutt’, focusing on the lives of two of the main donors to the Oriental Museum’s Korean collection, is now on display.

Three of our scholars have been selected for the prestigious Wellcome Award, offering a combined £1,660,000 to work toward improving wellbeing through scientific research.

Scientists from our top-rated Physics department and Newcastle University have developed a groundbreaking method to improve the stability and efficiency of organic light-emitting diodes (OLEDs), a technology used in smartphones, TVs, and other electronic displays.

Researchers from our top-rated Psychology department have discovered that social bonding behaviours in chimpanzees, like grooming and play, can spread through groups much like contagious yawns or laughter in humans.

Five Durham researchers have been named on a prestigious list for their world-leading research.

We were delighted to attend the UK & Ireland Green Gown Awards Ceremony at Dynamic Earth in Edinburgh on 13 November 2024 as we reached the finals in two categories including Creating Impact and Sustainability Institution of the Year.

Albert Einstein’s transformational prediction about how gravity behaves has been backed by an international team of researchers who studied how the force acts on cosmic scales.

This annual festival of new student writing for theatre will launch celebrations to mark its 50th year in 2025.

Scientists from NASA and our Department of Physics have used supercomputer simulations to reveal that Mars’ moons may have been formed from destroyed asteroid fragments.