
Listening to ‘ringing’ black holes unlocks future gravitational-wave astronomy
Gravitational waves produced by black holes colliding provide new way of testing scientific theories and uncovering new phenomena.
- Published: 16 July 2026
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Gravitational waves produced by black holes colliding provide new way of testing scientific theories and uncovering new phenomena.

Merger creates black holes weighing 240 times the mass of our Sun — the heaviest binary black hole system confirmed through gravitational-wave observations.

Ten years after detecting the first gravitational wave, scientists found a ripple in spacetime offering fresh insights into black holes and the laws of physics.

Breakthrough discovery provides new clues on how these celestial bodies - that push known laws of physics to their limits - find each other
We have a range of advanced EDM related technologies including systems for texturing and surface alloying, electrical discharge grinding, deep hole drilling,...
The X-ray Binaries group is active in research in Galactic X-Ray Astronomy, in the fields of binary systems containing a neutron star or a black hole accreti...

The Group is internally renowned as a centre of excellence for conventional and non-conventional machinability research involving a wide range of advanced ae...

Associate Professor in Astrophysics
Dr Sean McGee's staff profile at the University of Birmingham

Professor of Astrophysics
Staff profile for Professor Alberto Vecchio.

The LIGO-Virgo-KAGRA (LVK) Collaboration, including scientists from the University of Birmingham, has detected a remarkable gravitational-wave signal.

Almost one third of patients in a Chinese ICU infected by antibiotic-resistant bacteria causing severe disease, new study reveals.
Whole school SEND resources
An introduction to supporting students with vision impairment in school.
These resources have been designed for schools to involve all pupils in their setting in developing a whole school approach to mental health and wellbeing.

Assistant Professor
Dr Gregorio Carullo's interests are centred around the strong-field dynamics of black holes, including their vibrational spectra, and the two-body problem in...