
Birmingham scientists’ key role in breakthrough black hole discovery
Merger creates black holes weighing 240 times the mass of our Sun — the heaviest binary black hole system confirmed through gravitational-wave observations.
- Published: 14 July 2025
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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.
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.

Students from the University of Birmingham, along with groundwater professionals and industry partners drill 29-metre borehole on campus
Whole school SEND resources
An introduction to supporting students with vision impairment in school.
This course offers an exploration into Parkinson's disease; how it affects people, what causes it, ameliorating the symptoms and what we don't yet know about it.

Professor Marika Taylor writes for The Conversation