Not exact matches
For comparison, the collision detected in September created a
black hole with the equivalent
of 62 solar masses,
blasting out 50 times more energy than all the stars in the universe combined.
Observations using ESO's Very Large Telescope have revealed stars forming within powerful outflows
of material
blasted out from supermassive
black holes at the cores
of galaxies.
As material in the disk falls toward the
black hole, some
of it forms dual jets that
blast subatomic particles straight
out of the disk in opposite directions at nearly the speed
of light.
Albert Einstein's general theory
of relativity predicts that
black hole mergers should send
out intense
blasts of gravitational waves, ripples in space - time.
Powerful gales from supermassive
black holes in the center
of galaxies can
blast gas and other raw materials right
out of the galaxy, robbing it
of the raw materials needed to make new stars, a new study suggests.
We now know that «radio loud» quasars occur when a fraction
of the matter in the accretion disk avoids the final fate
of falling into the
black hole and comes
blasting back
out into space in high - speed jets emitted from the poles
of the
black hole.
«In radio - loud quasars, the intense radio emission clearly comes from vast jets
of material
blasted out from the region around a central
black hole.
Black holes, being rather destructive, could surely stop a galaxy from forming — say, by
blasting out radiation or jets
of material.
This
black hole blasts out prodigious amounts
of energy as it feeds on the material in its accretion disk.
Scientists from the Massachusetts Institute
of Technology, the University
of Cambridge and some other international institutions investigating this «extreme stellar output» observed jets
of hot plasma and gas bubbles (at about 10 million degrees)
blasting out from the galaxy's central
black hole.