Scientists discover first 'intermediate-mass' black hole in massive merger

It's the largest black hole merger ever observed by scientists.

Credit: Pixabay
  • In 2019, scientists detected gravitational waves that were later determined to come from the merging of two so-called "intermediate-mass" black holes.
  • These black holes were thought to exist, but had never been directly observed.
  • The discovery sheds new light on how black holes form.
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Astrophysicists discover exotic merger of black holes

Gravitational wave researchers observe black holes of different sizes colliding for the first time.

Simulation of two black holes of different size orbiting each other, while emitting gravitational waves. Blue colors are weaker gravitational radiation and red is stronger.
  • Gravitational wave researchers at LIGO and Virgo observatories spot black holes of different sizes colliding.
  • The finding is unusual because previous black hole mergers involved partners of similar size.
  • The new information re-confirms Einstein's theory of relativity.
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Astrophysicists discover why black holes and neutron stars shine bright

Researchers find what causes the glow coming from the densest objects in our universe.

Credit: NASA, ESA, J. Hester (Arizona State University)
  • Columbia University astrophysicists discovered the cause of the unusual glow coming from regions of space with black holes and neutron stars.
  • The researchers ran some of the largest computer simulations ever to reach their conclusions.
  • They found that turbulence and reconnection of super-strong magnetic fields are responsible for the light.
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Astronomers release first-ever image of a black hole, the weirdest object in the universe.

The post Behold: A Black Hole appeared first on ORBITER.

And how it might solve Stephen Hawking’s black-hole paradox.

The post A “Memory Matrix” appeared first on ORBITER.

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