June 29 (UPI) --Shock waves from giant black holes merging at the heart of ... collected by six the Earth's most sensitive radio telescopes. Stanislav Babak of the French Laboratory APC at CNRS ...

Gravitational waves are created when massive objects like black holes or neutron stars merge ... other telescopes that collect visible light, radio waves or other types of data at the source ...

When two galaxies merge, the enormous black holes at their centers are thought to come together and circle each other in a spinning dance that sends giant waves ... out beams of radio emissions ...

Hale-Bopp Comet behind the Very Large Array (VLA) Radio Telescope near Socorro ... that the source of this gravitational wave is two supermassive black holes merging — a type of explosive ...

Scientists have been hunting for signs of gravitational waves created by supermassive black holes They have observed fast-spinning stars over decades using radio telescopes around the world ...

The MeerKAT radio ... waves are created whenever massive objects undergo any kind of acceleration. In the case of those first detections, the signal was produced by pairs of black holes within ...

It might seem like the great, vast, black ether of space is awfully quiet. Viewed through the lens of visible light (with much shorter wavelengths than radio waves), that's true. But seen through ...

Officially called quasi-periodic oscillations (QPO), changes seen in GRS 1915+105, have never been seen in radio waves from such a black hole before. QPOs are useful for understanding the physics ...