We’re part of a project to build Europe’s largest solar telescope.

The Honorary President of the National Skills Academy for Nuclear (NSAN) and member of the ONR Independent Advisory Panel, Dame Sue Ion, delivered this year's annual Gareth Roberts Lecture on Wednesday 9 March at 4.30pm.

An international team of researchers, including Professor Carlos Frenk, Professor Adrian Jenkins and Dr. John Helly from our Department of Physics, has produced the largest and most accurate computer simulation to date of our local patch of the Universe.

Congratulations to Professor Carlos Frenk who has been elected to the Council of the Royal Society.

Ultracold molecules hold great promise for a variety of quantum technologies, including a new generation of quantum computers and quantum simulators. Prof Simon Cornish will lead a new £1.6 million International Collaboration funded by EPSRC that aims to deliver this vision.

Quasars are extremely bright objects with massive black holes at their centres. Usually, quasars are obscured by donut-shaped rings of dust surrounding them.

Our physicists are part of an international team that has successfully used a first-of-its-kind technique to measure the expansion of the Universe.

The RSE is supporting personal and professional development for undergraduate astronomy students.

As a demonstration of single atom trapping, researchers in the Quantum Light and Matter research section have created and imaged festive arrangements of individual laser-cooled caesium atoms. Each bright pixel in their images corresponds to light captured from a single caesium atom cooled to a temperature a million times colder than room temperature and trapped in a tightly focussed laser beam called an optical tweezer.

A retirement party was held for Alan Lotts on Friday 19th November to celebrate 5 decades of outstanding technical support to the astronomy group.

Researchers in the Centre for Materials Physics have demonstrated that spontaneous magnetic fields, detected by implanting sub-atomic muons in superconducting materials, are likely to be intrinsic to an exotic, time-reversal symmetry broken, superconducting state.

Durham Physics Department's Prof Tom Lancaster is one of the authors of a new textbook on Muon Spectroscopy, which has just been published by Oxford University Press.