Sentences with phrase «how black holes»
It will give you lots of opportunities to be an art wanker in your own right and wax lyrical about how the black holes are a comment on the growing darkness in society and the mirrored pieces are forcing the viewer to face themselves... or you could just go and enjoy the delicious visual feast.
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Not exactly a tale of two sisters, the picture demonstrates how the black holes of misanthropy and insanity come not from our harrowing experiences, but from the fact that we try so hard to bottle them up.
But in order to understand that, you need to understand dark matter's relationship to black holes — how black holes and dark matter «talk» to each other.
ANDREA MERLONI: I am really interested in how black holes grow — how gas and other matter get in.
Further observations of the quasar will provide researchers with even more constraints on how black holes in the early universe can form — giving a better insight into what happened just after the Big Bang.
However, both explanations directly contradict theories about how black holes formed and grew in the early universe.
This is an interesting place where a lot of the ideas we've had can come together and can be tested, fairly exotic ideas about how black holes may interact with each other dynamically and how they would affect the surrounding stellar population.»
This is the most distant quasar — a supermassive black hole surrounded by a disk of gas — ever identified and it will help astronomers to better understand exactly how black holes grew when the universe was first forming.
The incredible discovery is helping scientists define our understanding of how black holes grow.
«We will need better data (e.g. with the upcoming James Webb space telescope) to keep studying and understanding how black holes and galaxies evolve coupled in time.»
Streaming cosmic tentacles of gas, dust, and stars extending for tens of thousands of light - years are helping to explain how black holes acquire matter.
«The beauty of COMPAS is that it allows us to combine all of our observations and start piecing together the puzzle of how these black holes merge, sending these ripples in spacetime that we were able to observe at LIGO,» said Simon Stevenson, a Ph.D. candidate at the University of Birmingham and the paper's lead author.
Theoretical models also predict how black holes with their disks and jets look like in polarized light.
The new tool provides fresh insights into how black holes influence the distribution of dark matter, how heavy elements are produced and distributed throughout the cosmos, and where magnetic fields originate.
Thorne has carried out a wide range of theoretical research in gravitation and astrophysics, including having predicted the existence of a type of red supergiant star with a neutron star core, and using general relativity to describe how black holes move and precess.
The incredible luminosity of a black - hole system known as ULX - 1 may force a rethink of the leading theories that explain how some black holes radiate energy, researchers said.
In an effort to understand how black holes shape the evolution of galaxies, astronomers spent eight months creating a series of time - lapse movies from 400 observations made by NASA's Hubble Space Telescope.
You can learn more about them in How Black Holes Work.
They've already identified four other explosions they think are in the same category, and they write that better understanding of what's occurring in this class of objects could change what we know about how black holes affect the world around them.
How these black holes got so big is still a mystery: did they grow gradually from mergers of smaller black holes, coalescing when their host galaxies merged?
The occurrence of a precession could provide clues to how the black holes formed.
The discovery may explain how black holes at the heart of galaxies — including the one inside the Milky Way — keep growing as they age.
«How black holes shape the cosmos.»
The latest signal from the gravitational wave detector backs up Einstein's theory of general relativity and gives more clues on how black holes get their spin
It says nothing about how the black holes originally formed or how, in an apparent case of tail wags dog, they managed to control the formation of entire galaxies.
But recent finds are challenging even those theories and may force astronomers to rethink how these black holes grow.
That's about twice as massive as they should be, according to current theories of how black holes form from stars.
Roger Blandford is the coauthor of the Blandford - Znajek Process, the leading explanation for how black holes produce jets of plasma traveling at near light speed, but what's plasma?
Having three detectors also enables researchers to make a rough measurement of the wave's polarization — a property that indicates how the black holes» orbital plane (the plane on which they rotate around each other) is orientated with respect to Earth.
Pérez - González explained this will allow scientists to study how gases transformed into stars in the first galaxies, and to better understand the first phases in the formation of supermassive black holes, including how those black holes affect the formation of their home galaxy.
If you understand how black holes slurp stellar matter, says Mushotzky, «you can use that to understand black holes themselves.»
The finding challenges theories of how black holes form.
Vicky Kalogera, an astronomer at Northwestern University in Evanston, Illinois, US, has done theoretical studies of how black holes should behave in globular clusters.
What isn't yet clear is how the black holes could grow to this size and pair up, setting them on a course to collide.
He analysed how black holes respond when their equilibrium is perturbed, extending techniques that had traditionally been used to study the vibrations modes of a drum, or of the Earth and the oceans.
In terms of mass they lie between the more commonly found stellar - mass and supermassive types of black hole [3], and could tell us about how black holes grow and evolve within clusters like Messier 15, and within galaxies.
That could help reveal how the black holes paired up in the first place.
Scientists aren't sure how black holes grew so big so early.
In 1939 the physicist J. Robert Oppenheimer used general relativity to show in detail how black holes could form from collapsing stars.
Stephen Hawking has finally provided more information about how black holes might preserve information.
Scientists aren't sure how black holes like those detected by LIGO pair up (SN Online: 6/19/16).
Black holes don't just tell us about how black holes store information.
Scientists also disagree about how black holes partner up.
David Merritt of Rutgers University realised that a merger between two black holes might explain how some black holes become reoriented.
This illustrates how black holes can slow the growth of their host galaxies.»
The existence of middleweights could explain how black holes grow from small to supermassive.
The flare was first discovered on Nov. 11, 2014, and scientists have since trained a variety of telescopes on the event to learn more about how black holes grow and evolve.
It's unclear how the black holes got to the galaxy's center.
«Red stars and big bulges: How black holes shape galaxies.»
Scans of the sky using visible light, X-rays, and electromagnetic waves have been insufficient, says astrophysicist and LIGO data analyst Vicky Kalogera, because they only provide circumstantial evidence of how black holes warp the light and space near them.