Приклади вживання Central supermassive black hole Англійська мовою та їх переклад на Українською
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When galaxies merge, it is expected that their central supermassive black holes merge too.
The central supermassive black hole of a recently discovered galaxy is far larger than should be possible, according to current theories of galactic evolution.
This requires that the orbiting objects passes very close the central supermassive black hole.
One possibility would be for the central supermassive black hole to capture a passing object that is not bound to it.
It turns out that in all or nearly all galaxies, wherever we look, they have a central supermassive black hole at their heart.
The central supermassive black hole of a recently discovered galaxy has been found to be far larger than should be possible, according to current theories of galactic evolution.
Scientists can also more clearly see the material thatmay be feeding the ring around our galaxy's central supermassive black hole.
A research team has found that the rotation axes of the central supermassive black holes in a sample of quasars are parallel to each other.
Consequently, the creation of EMRI requires a fine balancebetween objects passing too close and too far from the central supermassive black hole.
A European researchteam has found that the rotation axes of the central supermassive black holes in a sample of quasars are parallel to each other over vast distances.
The end result is that most objects(90% to 99%) are ejected from the galaxy, leaving a small fraction(maybe 1% to 10%)which fall into the central supermassive black hole.
The orbits of the objects around the central supermassive black hole are continually perturbed by two-body interactions with other objects in the nucleus, changing the shape of the orbit.
Two years later, however,it was realised that the role of the spin of the central supermassive black hole in this matter may be crucial.
The object, the scientists concluded, is either a very rare type of supernova explosion or, more likely, an outburst from a second supermassive black hole closely orbiting the galaxy's primary, central supermassive black hole.
According to researchers,this extreme brightness is associated with the absorption of the Central supermassive black hole a large number of the surrounding material.
They discovered that the disk-shaped galaxies common to our cosmic neighborhood naturally emerged within their simulation and produced internal structures, including spiral arms,bulges and bars extending from their central supermassive black holes.
The galaxy studied in the newstudy is called IRAS F11119+ 3257 and has a central supermassive black hole actively absorbing matter.
They discovered that the disk-shaped galaxies that occur in our cosmic neighborhoods have naturally originated in their simulation, producing internal structures such as spiral arms, bulges,and beams emanating from their central supermassive Black Holes.
All these factors provide strong evidence that activity generated by the central supermassive black holes in these red nugget galaxies is suppressing the formation of new stars.
The object, the scientists concluded, is either a very rare type of supernova explosion or, more likely, an outburst from a second supermassive black hole closely orbiting the galaxy's primary, central supermassive black hole.
Occasionally, an object may pass close enough to the central supermassive black hole for its orbit to produce large amounts of gravitational waves, significantly affecting the orbit.
In particular, radio and X-ray observations have beencrucial for studying the interaction between the energetic output of the central supermassive black hole and its surroundings, see eso0903.
A European research teamhas found that the rotation axes of sthe central supermassive black holes in[/s] a sample of quasars are parallel to each other over distances of billions of light-years.
The researchers found that the x-ray emission of this galaxy shows significant redshift, which can be explained by themotion of matter the galaxy straight into the side of the Central supermassive black hole with enormous speed about 30 percent of the speed of light.
However, since an EMRI will go through many cycles of gravitational waves(~105)before making the plunge into the central supermassive black hole, it should still be possible to extract the signal using matched filtering.
It also has a comparable star formation rate, hosts a similar number of stars,has a central supermassive black hole and comparable spiral arms.
When there was a collision of two star clusters collided and their Central galactic black holes, which ultimately led to the emergence of a supermassive black hole.
Composite image of the Abell 2597 galaxy clustershowing the fountain-like flow of gas powered by the supermassive black hole in the central galaxy.
The final shot is a composite image of the Abell 2597 galaxy clustershowing the fountain-like flow of gas powered by the supermassive black hole in the central galaxy.
If such signals are successfully detected,they will allow accurate measurements of the mass and angular momentum of the central object, which in turn gives crucial input for models for the formation and evolution of supermassive black holes.