Black holes are always fascinating, and a new simulation adds to their mystery. You likely did not previously associate them with fluffy angel-food cake, but researchers at Caltech recently put ...

Using new simulations, astrophysicists implemented simple conditions to model the feeding of a supermassive black hole and the organic formation of its jets and accretion disk. When the researchers ...

An international scientific team has revealed for the first time the magnetic field transport processes in the accretion flow of a black hole and the formation of a "MAD"—a magnetically arrested ...

The alternative text for this image may have been generated using AI. The outcomes of the two simulations are remarkably different because in the Fig. 1b simulation only the most massive embryos are ...

Researchers leverage a multiangle simulations approach to elucidate the roles of neutrino fast flavor conversion affects core-collapse supernova explosions. (Nanowerk News) Core-collapse supernovae ...

Spin transfer Artist’s impression of an accretion disc surrounding a black hole. (Courtesy: Shutterstock/oorka) Researchers in France have created a new experiment that could improve our understanding ...

Black holes exert a tremendous influence on their surroundings, meaning that when they spin, they literally drag the very fabric of space and time around with them. That means nothing can sit still ...

Black holes are better known for their ability to bend space and time than their gold-forging abilities. Yet that may change: new research suggests that black holes may be able to create super heavy ...

When astronomers use radio telescopes to gaze into the night sky, they typically see elliptical-shaped galaxies, with twin jets blasting from either side of their central supermassive black hole. But ...