New archaeological finds show that periods of increased rainfall transformed the Arabian Desert into a regular route for human migration over the last 400,000 years.

Professor Thom Brooks from our Durham Law School comments on climate change.

Representatives from Durham University will be attending COP26 following confirmation that we have been granted provisional observer status for this year’s event.

One of our archaeologists has helped to create modern history as cave art to celebrate the launch of a new video game.

This November will see the return of Durham of Lumiere, the light festival which every two years turns our beautiful city into a stunning, immersive art gallery. Once again we’ll be supporting the event as a major partner.

Over the summer, people across England were drawn to the successes of the men’s football team at Euro 2020, with many commenting on the likeability of the players. As the new Premier League season begins today, Stephen Burrell looks at how Gareth Southgate’s team have been challenging restrictive notions of masculinity.

Did you know that the giant galaxies we see today grew from tiny fluctuations imprinted in the very first instants in the life of our universe?

We’re delighted to be playing a key role in improving diversity and opportunity for women in High Performance Computing.

The long awaited and much anticipated Durham Book Festival returns this year with an exciting blend of live and digital events.

We’re working hard, right across the University, to do our bit to combat the Covid-19 pandemic. For example, our Computer Science students have been helping NHS Digital, part of the UK’s National Health Service (NHS) to develop part of the NHS COVID Vaccine Booking system.

Have you ever wondered what the heart of a galaxy looks like? Or what is really going on in a super-massive black hole? Well now, an international team of astronomers led by our very own Dr Leah Morabito, has revealed the most detailed-ever radio images of galaxies at frequencies around the FM radio band.

Professor Simone Scaringi, from our Department of Physics, has been part of an international study calculating the size of Supermassive black holes (SMBHs) by looking at their feeding patterns.