The moment creates a beautiful sight in simulations of how space works ... been seen in invisible ripples emanating from merging binary black holes detected by NASA’s LIGO/Virgo mission ...

Influence of a Black Hole's Spin: First Evidence of Precession in Ultraluminous Accretion Disks Oct. 7, 2024 — Researchers conducted innovative simulations ... of merging black hole pairs ...

Ripples in the spacetime around a merging binary black-hole system from a numerical relativity simulation. Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases ...

In 2015, scientists for the first time detected gravitational waves, ripples in space-time that occur when major cosmic events—like the collision and merging of two black holes—disrupt the cosmos. The ...

And now, researchers are using clues embedded within gravitational wave signals -- plus some nifty simulations ... black holes, neutron stars all sorts of weird objects and then some of them merge ...

A rare instance of a supermassive black hole merger has been observed, resulting in a black hole exhibiting an unusually high proper motion. The New Scientist reported that this event holds ...

A week earlier, scientists published the first-ever image of a black hole. "We got stupidly lucky," said Moo, who noted the images in the simulation closely resemble the one released to the world ...

In 2015, when we detected gravitational waves for the first time, the observed ripples in space-time matched the predicted signal from two black holes spiralling into one another and merging.