The Milky Way could have many more satellite galaxies than scientists have previously been able to predict or observe.

A new study has proposed the existence of a new type of cosmic object that could be hiding at the centre of our galaxy.

Dr Cyril Bourgenot from our Centre for Advanced Instrumentation is part of a team developing cutting-edge technology to enable astronomers to look deeper into the Universe. He is presenting this work as part of the Royal Astronomical Society’s National Astronomy Meeting 2025, which is being hosted by Durham University this week. Here, Cyril tells us about his work and how it could help answer the ultimate astronomical question – is there life elsewhere.

Dr Kai Wang from our top-rated Physics department has presented his research at the Royal Astronomical Society’s National Astronomy Meeting (NAM2025).

Young people are at the centre of a major national conference bringing some of the world's finest scientists to the region.

We’re celebrating our role as hosts of the UK’s leading astronomy conference next week (7-11 July) with a series of free events for the public to enjoy.

Almost a thousand of the world’s top space scientists will visit Durham University next week (7 to 11 July) as we host the UK’s National Astronomy Meeting (NAM) 2025.

Astronomers have uncovered a vast cloud of energetic particles surrounding one of the most distant galaxy clusters ever observed, marking a major step forward in understanding the hidden forces that shape the cosmos.

The global impact of our research has been highlighted during a visit by the European Research Council Scientific Council.

Scientists from our top-rated Physics department are playing a major role in the world’s most ambitious space project, the Legacy Survey of Space and Time (LSST), led by the Vera C. Rubin Observatory.

We will host the European Research Council's (ERC) Scientific Council Meeting this June. Leading up to the visit, we are highlighting some of the projects at Durham that are happening thanks to support from the ERC.

When an intense laser interacts with a gas of atoms, high-order harmonics are generated. In the time domain, this radiation forms a train of extremely short light pulses, of the order of 100 attoseconds. Attosecond pulses allow the study of the dynamics of electrons in atoms and molecules, using pump-probe techniques. Anne L'Huillier's lecture will highlight some of the key steps of the field of attosecond science. Her talk is titled 'The Route to Attosecond Light Pulses'.