An international team of astronomers UK, France and the U.S., led from Britain's University of Leicester, has found evidence of the ultraluminous X-ray source most extreme of the universe, which could herald the existence of a new class of black hole. The discovery has been published in the journal Astrophysical Journal. "
What you have seen the telescopes is the X-ray source HLX-1, the most extreme member of a special class of objects (the ultraluminous X-ray sources), located in the galaxy ESO 243-49, a distance of about 300 million light years from Earth, a relatively nearby galaxy. Astrophysicists
Although long suspected that there might be an intermediate class of holes black, with masses between one and several hundred times the Sun, these objects were not reliably detected before and its existence has been extremely controversial within the astronomical community.
The intermediate-mass black holes could be the elements that are built supermassive black holes.
black hole, called HLX-1, is located near the edge of the galaxy named ESO 243-49, which is about 290 million light-years from Earth.
The imnportancia the news is related to my position regarding the existence of black gaujeros of galaxies.
longstanding argue that black holes in galaxies are pockets of dark matter embraced by the baryonic matter when your arms are closed, and the position of the black hole at one end about an approach to the above.
then transcribe what he had already published in this medium with the title Black Hole before black: Up
SagitarioA, an image of 2001, when there was a flicker in the center of the Milky Way. Evidence of the existence of a black hole. The galaxies in their formation are flat, trapped on both sides by dark matter, transparent material, stem material, which rotates in one direction while the nuclear spins in the opposite direction result are the arms of spiral galaxies, and in a gradual way to delve into the dark matter, space takes its place, but leave part of it locked up trapped between the arms, and impossible to drive, being composed of structural one or both surfaces. Those portions
dark matter enclosed within the galaxies then become conduits to be called black holes, the surface section whose existence is inferred from the behavior of matter in its vicinity.
accretion discs are formed as a result of the black hole is matter swirling in the opposite direction of the galaxy, which generates lipped edges to form, if not so would slide like water does on the perimeter of a funnel. Interpol
then the next issue that partially confirms what I had said earlier:
For two years, Evans was comparing several dozens of galaxies whose black holes lodged powerful jets (these galaxies are called active galactic nuclei in radio, or AGN) to those galaxies with supermassive black holes expel no jets. All black holes - those with and without jets - accretion disks have accumulations of dust and gas in rotation just outside the event horizon. By examining the light reflected from the accretion disk black hole an AGN, concluded that the jets are formed just outside the black holes that have a retrograde rotation - or whose rotation is in opposite direction of the accretion disk. Although Evans and a colleague recently hypothesized that the gravitational effects of rotating black hole may have something to do with why some have jets, Evans is now observational results to support the theory in an article published in the February 10 2010 of the Astrophysical Journal .
These ducts are found in both the center and in other regions and the dynamics requires the coupling will gradually toward the center, as old galaxies exhibit these supermassive black holes, the sum of which were distributed earlier in other regions.
had said this before and dated 12.01.2009 was published the following story, which I transcribe: A 290 million light years from our planet, it is neither too small to be a small black hole (which are between 3 and 20 times the mass of the Sun) or too large to be a super-massive black hole (which have several million billion times the mass of the Sun.) This discovery is the first of its kind, and serves to support the theory that super-massive are products of the union of small, in the intermezzo of the process leading to formation like this. http://www.ojocientifico.com/2009/07/06/descubren-un-nuevo-tipo-de-agujero-negro/)
massive black holes found at the center of galaxies, the which is considered the engine of the same, as their small diameter capillaries form, where nuclear matter is ejected as a result of its own centripetal force, a result of which the galaxy retains its angular momentum.
In principle there should be no black holes out of galaxies. Yes wells generating clusters of dark matter.
Those located in the center of galaxies is the background of gravitational energy well of the galaxy, "says Paul Martinez, to which must be added, portal through which galaxies are summarized and mouth re-entry into DA of the material processed in the same.
operate as pipe guns and recent findings indicate that would be the origin of cosmic rays at high intensity. There are billions in even the most distant galaxies.
These misnamed hole black holes, deserve the most accurate name white hole.
artistic Top two models of galaxies, as has been proven, both which have a large nucleus and those that do plan are holders of black holes.
also called black holes are the stars who become such after overcoming its status as a neutron star and find your identity when you have other stars orbiting around them.
In the center of the Milky Way we find that in principle would be examples of both holes, which can be seen in the picture below.
The representative of the first right onto Sagittarius A and the second left hidden in the blue lobe forming the binary IE 1743-2842.
There are other bodies that do not emit or reflect light, with a huge gravitational force, to which is also called black hole, which is a new addition to the general confusion, where three types of bodies phenomena I have the same name.
