In the world of the cosmos there is a type of nebula called markarin galaxy In that set of essences, steam and dust are currently being released, which, had they been preserved in their native place, would have been used to give the atrocious black hole the gas and dust it needs to maintain its furious development. This enormous output of celestial dust and gas in the same way restricts the material that can be used for the Markarin galaxy to constitute new reproductions of stars.
Derivatives of the Markarian Galaxy
La galaxy markarian has several types that in turn have similar names or that are consistent with it, being these:
Markarian 23
This galaxy was imaged by the Sylvain Veilleux unit at Rhodes College in Tennessee, where an excellent laboratory can be found to learn about prominent outflows produced secondarily by supermassive black holes. This essence is naturally the best and closest model that we frequent of a great galaxy in the terminating phases of an atrocious casting and in the process of altruism of its cover, discovering a quasar very powerful downtown.
Regarding the above, by showing that Markarian 231, part of the Markarian galaxy, is very well assimilated, the information created from the Gemini observatory shows the existence of an extensive flow that develops in all orientations for at least 8.000 years.light of route to the nucleus of the respective markarian galaxy.
On the other hand, it is important to note that Markarian 231 is about 600 million light-years away, in the direction of the area of the Great Bear. Although its mass is not known for sure, some estimates show that Markarian 231 has a mass of stars about three times that of our galaxy, that is, the Milky Way.
The Markarian Galaxy Chain
Within the heart of the Virgo Cluster of Galaxies is located what for many represents a curious chain of galaxies presented as the Markarian Chain. In this respective chain, you can find two large but little specified galaxies lenticular, these are what we treat as M84 and M86, and which in turn connects with the great spiral M88.
In this sense, the Virgo Cluster is the closest set of galaxies, more than 2.000 of them can be found in it, and it exerts an important gravitational domain over the Local Group of Galaxies that is close to the Milky Way.
Also, the center of the Virgo Cluster is located about 70 million light-years in orientation to what is the constellation of Virgo. It should be noted that at least seven of the galaxies in the chain believe they are wiggling congruently, however, others feel that they are superimposed there by sheer contingency.
The case of the markarian galaxy 266
On the other hand, it can be visualized in the world of the universe that there is a waste of coloration and light that rolls through the distribution presented as NGC 5256, whose strange structure is based on the reason that this is not one galaxy, but two, in the course of colliding. Likewise, its smoke-like feathers are thrown in all orientations and the radiant axis illuminates the disordered zones of gas and dust that are grouped in the center of the galaxy.
The strange matter of the markarian galaxy 177
Regarding the above, the attractive possessions of this galaxy are very contemporary with those of a super massive black hole banished from its mother galaxy after uniting with another gigantic black hole. But the astronomers they still can't separate an optional contingency, that it is the remnant of an unheard-of supermassive star, which spewed material for a record length of time before blowing itself up in a supernova explosion.
On the other hand, a University of the United States has verified that the brightness of SDSS1133, the strange object found in the Markarian galaxy, has transformed little into a visual or ultraviolet luminaire during an entire period, which is not a sign that it is commonly seen. in a new remnant of the supernova. Likewise, whatever SDSS1133 is, you can't help but be tenacious. The team was able to discover it in celestial observations that have been around for more than 60 years.
The incomprehensible object is part of the Markarian galaxy 177, located in the orientation of the constellation Ursa Major. Although supermassive black holes routinely invade astronomical centers, SDSS1133 is located no less than 2.600 light-years from the axis of its parent galaxy. In another sense, the exploration team is suspicious that the rare essence cosmic be the result of a merger of two small galaxies and their central black holes.
The new episodes of star formation were the result of the two galaxies colliding and merging, which altered their shapes. It is therefore that if each galaxy has a supermassive black hole, both become a pair in the center of the joint galaxy that results from the merger, and this can easily end in the merger between the two. black holes.
Similarly, merging black holes expel a large amount of energy representing gravitational waves. The "ripples" on the canvas of space-time radiate outward in all paths from the prompting masses. Yes, both holes black have equal masses and spins, their melting will express gravitational waves in a similar way in all the tracings.
But it is more possible that the masses and spins of black holes are unequal, leading to a wave manifestation. gravitational disoriented that will stimulate the black hole in the opposite orientation.
In this order of ideas, the closest thing to the milky way is the system of two massive elements Eta Carinae, which contains a Luminous Blue Variable whose agglomeration is about 90 times that of the SOL. Between 1838 and 1845, the system suffered an outburst that ejected a sum of matter deduced to be at least 10 solar masses, and that made it the second brightest star in the sky. A smaller expulsion followed in the 1890s.
The case of the markarian galaxy 817, that of the effective nucleus or AGN.
Rings of radiant blue stars surround the bright and dynamic axis of this spiral galaxy, whose vicious black hole is hurling material into the universe at more than 14 million kilometers per hour. Perceived almost head-on, the galaxy markarian 817, shows sharp creative zones of stars and dark bands of space dust along its elliptical arms. Likewise, the new information that has been manifested, expressed a powerful output of material not yet known belonging to this galaxy.
Similarly, this discharge is being induced by a formidable disk of matter surrounding the supermassive black hole, which is 40 million times stronger than our Sun. The disk is ejecting the component of the galaxy a by employing strong winds, caused by streams of charged atoms. Importantly, some of these particle showers return back to the galaxy, but the rest are placed in the intergalactic medium.
On the other hand, scientists want to know the exact amount of the output material that remains in the galaxy and how much goes into intergalactic space. To achieve all this, they require many more observations spectroscopic high readiness to discover the rubrics of the output material, which contains nitrogen, nitrogen and oxygen. This will allow them to fix the structure, place and efficiency of the winds that commercialize the component of the Markarian galaxy 817.