Our scientists are involved in a major international space mission that has released five unprecedented new images of the Universe.

Congratulations to particle physicist Dr Stefan Schacht who has been awarded a prestigious Ernest Rutherford Fellowship to investigate the most basic building blocks of our Universe.

“Diversity of thought benefits everyone, but when the focus is on the short-term costs of making changes, disabled people are often deterred from asking for what they need.”

The UK Government’s top scientist has toured science facilities on our campus, meeting staff and students and hearing about the research being undertaken.

Our astronomers have looked back more than ten billion years in time to find that the Universe’s early galaxies developed much faster than scientists previously thought.

On March 22, Durham University's Institute for Particle Physics Phenomenology (IPPP) hosted the International Masterclass on Particle Physics—a hands-on event where high school students analysed real data from the Minerva neutrino detector. Over one hundred students from six local high schools—Durham Johnston, Durham Sixth Form, Newcastle High School for Girls, Thirsk School and Sixth Form, Wellfield Academy, and Sunderland Sixth Form—participated in the event.

Many people in the UK have been gazing skyward during October, as Comet 3A, dubbed the 'comet of the century' became visible for the first time in 80,000 years. Our scientists scrutinise the cosmos in great detail. But how did medieval chroniclers interpret the skies and their wonders? Giles Gasper from our Department of History and Brian Tanner from our Department of Physics investigate.

Our physicists are part of an international team that has made the largest 3D map of the Universe, measuring its expansion over 11 billion years.

Researchers in our Physics Department will receive funding for the EPSRC Centre for Doctoral Training (CDT) in Fusion Power from the UK’s biggest-ever investment in engineering and physical sciences doctoral skills.

Results have shown that balloon-borne experiments to explore space can be just as useful as those launched by rockets, while costing a fraction of the price. Dr Fionagh Thomson and Professor Richard Massey, from our Physics Department, explain how they are also ideal training for the next generation of technology leaders.

Researchers in the Physics Department at Durham University will receive funding for the EPSRC Centre for Doctoral Training (CDT) in Fusion Power from the UK’s biggest-ever investment in engineering and physical sciences doctoral skills.

An international project involving Durham University which flew a gigantic balloon-borne telescope to the edge of space has made the front cover of the prestigious journal Nature Astronomy.