One new idea is that
the very first black holes did not form from dead stars at all; instead, they formed directly from the collapse of huge amounts of gas.
A long - standing question in astrophysics is whether the universe's
very first black holes came into existence less than a second after the Big Bang or whether they formed only millions of years later during the deaths of the earliest stars.
Not exact matches
Tom Theuns and Liang Gao, astronomers at Durham University in England, used a computer model last year to study how two types of dark matter, known as warm and cold, may have influenced the formation of the
very first stars in the universe — and the
first giant
black holes.
«It is
very significant that these
black holes were much less massive than those observed in the
first detection,» said Gabriela Gonzalez, LSC spokesperson and professor of physics and astronomy at Louisiana State University.
His second - period stuff on
black hole radiation seemed
very speculative at
first and was disbelieved for quite a while, but then so many other people proved it by different methods that we all agree now that it is correct.
«The emitted gravitational - wave signal and its potential detection will inform researchers about the formation process of the
first supermassive
black holes in the still
very young universe, and may settle some — and raise new — important questions on the history of our universe,» he says.
«NGC 1600 is the
first very massive
black hole that lives outside a rich environment in the local universe, and could be the
first example of a descendent of a
very luminous quasar that also didn't live in a privileged site.»
«This is the
very first time that any group has shown a gravitational field going turbulent in a perturbed
black hole space - time,» says Luis Lehner of the Perimeter Institute in Waterloo, Ontario, Canada.
New observations from ESO's
Very Large Telescope show for the
first time a gas cloud being ripped apart by the supermassive
black hole at the center of the galaxy.
New observations from ESO's
Very Large Telescope show for the
first time a gas cloud being ripped apart by the supermassive
black hole at the centre of the galaxy.
The GMVA will derive the properties of the accretion and outflow in the immediate surroundings of the Galactic Center, while the EHT will aim at imaging, for the
very first time, the shadow of the
black hole's event horizon.
This detection has, in a single stroke and for the
first time, validated Einstein's theory of general relativity for
very strong fields, established the nature of gravitational waves, demonstrated the existence of
black holes with masses 30 times that of our sun, and opened a new window on the universe.
The
very first detection of gravitational waves on 14 September 2015: Signals received by the LIGO instruments at Hanford, Washington (left) and Livingston, Louisiana (right) and comparisons of these signals to the signals expected due to a
black hole merger event.
This work is
very meaningful since the possibility that a number of «stray
black holes» are floating around a supermassive
black hole at the Galactic center was indicated by the observational study for the
first time.
The
very first gravitational waves measured directly came from two merging massive
black holes — of all things!?
Using the supersharp radio «vision» of the National Science Foundation's
Very Long Baseline Array (VLBA), astronomers have made the
first detection of orbital motion in a pair of supermassive
black holes in a galaxy some 750 million light - years from Earth.
«While X-rays from matter falling onto the
first black holes hindered their further growth, that
very same radiation may have later cleared the way for direct formation of supermassive
black holes by suppressing star formation,» said Alvarez.
The
first black holes in the universe had dramatic effects on their surroundings despite the fact that they were small and grew
very slowly, according to recent supercomputer simulations carried out by astrophysicists Marcelo Alvarez and Tom Abel of the Kavli Institute for Particle Astrophysics and Cosmology, jointly located at the Department of Energy's SLAC National Accelerator Laboratory and Stanford University, and John Wise, formerly of KIPAC and now of NASA Goddard Space Flight Center.
The
first black holes in the universe had dramatic effects on their surroundings despite the fact that they were small and grew
very slowly, according to recent supercomputer simulations carried out by astrophysicists wth the Kavli Institute for Particle Astrophysics and Cosmology.
Using the supersharp radio «vision» of the National Science Foundation's
Very Long Baseline Array, astronomers have made the
first detection of orbital motion in a pair of supermassive
black holes in a galaxy some 750 million light - years from Earth.
With the combined power of a worldwide network of radio telescopes, astronomers hope to peer into the heart of our galaxy and image — for the
first time — the
very edges of a
black hole.
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Decided to test the waters in the job market after several years with the same company — was
very concerned that my efforts would just end up in an HR
black hole (as this is my
first foray into the job market in the «age of social media»...).