Not exact matches
A gamma ray burst is thought to emerge when jets
of hot matter moving at near — light - speed
shoot out along the rotational axis
of the newborn
black hole, beaming radiation into space like a lighthouse.
The simulations reveal that the recoil from the combining
of black holes could
shoot the resulting merged supermassive
black hole right
out of its galaxy.
A great mystery for scientists is that there's evidence
of powerful jets
of electrons and protons that
shoot out of the top and bottom
of some
black holes.
The star's gas has been falling into the
black hole, causing enormous amounts
of energy to be released in the form
of high - energy particles
shooting out like a jet.
In addition to accretion disks,
black holes also have winds and incredibly bright jets erupting from them along their rotation axis,
shooting out matter and radiation at nearly the speed
of light.
Astronomers have seen them
shooting out of young stars just being formed, X-ray binary stars and even the supermassive
black holes at the centers
of large galaxies.
By using a telescope orbiting above the Earth, an Australian scientist has been able to get ten times closer to the core
of a powerful jet
of plasma
shooting out from a
black hole.
While the planets
of a catapulted sun might follow it and continue orbiting, the
black -
hole sun's planets might just be
shot out of their orbit [source: Harvard - Smithsonian].
The results suggest that supermassive
black holes send
out beams
of X-rays when their surrounding coronas — sources
of extremely energetic particles —
shoot, or launch, away from the
black holes.