The quasars set off new light in the primitive universe.

Quasar from

 Explore the wonderful light in the ancient universe, and greet the curiosity among us with distant, mysterious, brilliant dances between distant stars. from

Quasar from

 , or from

Quasi-stellar wireless power supply from

 Is very bright from

Active galactic nuclei [AGN] from

 Galaxy in the distance - distant - from

Accretion disk from

 Surround from

Supermassive black hole from

 Hidden in the darkness of every big galaxy in the universe - including our own Milky Way. As a luminescent gas from

Accretion disk from

 Spiral down to the hungry black hole waiting for the belly to release a lot of energy in the form of electromagnetic radiation - creating a bright light from

Quasar. from

  In July 2018, an astronomer team announced that they had discovered the remote control. from

Quasar from

 It shows the most brilliant radio emissions observed in the ancient universe, due to the extremely fast material jets of black holes that make a sharp sound to the space. These discoveries will enable astronomers to better explore the well-preserved secrets of the universe's youth, an important era of transition from now to the present.

Dr. Eduardo Barnados from

Carnegie Observatory from

 [Pasadena, California] led the team to discover the glory from

Quasar from

 This initial discovery was followed by Dr. Emmanuel Momjian. from

National Radio Astronomy Observatory [NRAO] from

 . These new observations enable astronomers to see brilliant jets without any detail. from

Quasar from

 This was formed within the first billion years of our 14 billion year old universe. The from

NRAO from

 In Charlottesville, Virginia.

Quasar from

 composed of from

Supermassive black hole from

 It is millions to billions of times higher than our solar mass. Newly discovered from

Quasar from

 , the name of the phone book from

PSO J352.4034-15.3373 from

 Is one of the rare dark heart varieties. These unusual beasts that inhabit the celestial zoo not only devour their material in the process of consumption, but also emit a plasma jet that is close to the speed of light. This relativistic material jet is very bright at the frequencies detected by radio telescopes. Even from

Quasar from

 Half a century ago, as a result of its powerful radio launch, astronomers now know that only about 10% of them are powerful radio transmitters.

Brilliant lighthouse perched in time and space

Q Uasars from

 Shooting wonderful from

stripe from

 Light enters the universe, and this escape is like radiance from

trillion from

 star. Indeed, from

Quasar from

 From their smaller regions than our solar system, they send their fabulous fierce light to interstellar space. When they were discovered, these brilliant beacons were considered to be linear stellar objects, located in the dazzling heart of ancient galaxies in the distant universe. In astronomy, it was a long time ago. The farther an object is in space, the older it is in time. This is due to the expansion of the universe - hence the word from

Time and space. from

  Time is the fourth dimension - it is impossible to find an object in space, not to locate it in time. No known signal can travel faster than light in a vacuum, and long time ago, distant objects living in the universe emit incredible light for long trips - so we see them like They are the same from

Yes from

 When they first shot the dazzling light into the space between the galaxies.

Today, astrophysicists understand this. from

Supermassive black hole from

 Living in the heart of the galaxy is the real "engine" from

Quasar. from

  Although they misled the name, from

Black hole from

 Not just empty space. In fact, they are really substances that are squashed in a very small area - and they are not just one size. from

Stellar mass black hole from

 Born from the wreckage left by giant stars, these stars were killed in a supernova explosion. Huge stars reach their destination from

Nuclear fusion from

 "Life" after burning the necessary fuel. As its outer gas layer violently enters the space between the stars, the core of the massive star destined to die collapses - leaving only one from

Black hole from

 Behind the quality of the stars is the legacy of the universe.

Supermassive black hole from

 Beasts are different from their smaller stellar quality relatives. This is mainly because of the great quality of these gravitational forces. from

Oversized from

 monster. The question that still needs to be answered is how these extremely large entities first existed. There is also evidence from

Intermediate quality black hole from

 Lurking in the universe, the mass of their movement exceeds their star quality "cousin", but close to from

Oversized from

 Beast lurking in the dark hearts of large galaxies.

Our Milky Way Galaxy from

Supermassive black hole from

 Called from

Sagittarius A * - Sgr A * from

 , abbreviation from

SAJ-A-Star]. Sgr A * from

 Not as big as many other similar ones, and "only" millions - not billions - the quality of the sun.

Quasar from

 The distant dark minds that plague the young, extremely active galaxies of the ancient universe - the energy they throw into space is thousands of times the energy produced by our entire Milky Way. The radiation is emitted almost uniformly throughout the electromagnetic spectrum, extending from the far infrared to the X-rays, exhibiting a peak in the ultraviolet optical band. Some from

Quasar from

 It is a powerful wireless power source, as well as a gamma ray source.

It seems that the larger the host galaxies, the better its quality. from

Supermassive black hole from

 . For this reason, it has been repeatedly suggested that there must be some mechanisms to link the formation of the host galaxies with the formation of their inhabitants. from

Oversized dark heart - from

 vice versa. This theory is of great significance to various theories of the formation and evolution of the Milky Way, and it is the ongoing research path of astrophysicists.

Quasar from

 It was first identified as a radio wave source of unknown physical origin in the 1950s. When from

Quasar from

 They were initially detected in photographic images of early times similar to dim star-shaped spots. Recent high resolution image from

Quasar from

 Especially those obtained from it from

Hubble Space Telescope [HST] from

 Has been revealed from

Quasar from

 Located at the heart of the galaxy, as well as some galaxy galaxies from

Quasar from

 Are strongly interacting or merging galaxies. Same as other types from

AGN from

 Observed attribute from

Quasar from

 Depends on many factors, including the quality of the residents from

Supermassive black hole from

 , the rate of increase of gas, the direction around from

Accretion disk from

 The degree of obscuration of gas and dust that is rotated within the host galaxies relative to the observer, and whether it exists from

Relativistic jet from

 .

Quasar from

 Activities are more common in the very ancient universe. Indeed, the peak era from

Quasar from

 The activities in the universe occurred about 10 billion years ago.

the term from

"Quasar" from

 It was created in May 1964 by Dr. Hong-Yee Chin, a Chinese-born astrophysicist born in China. Dr. Chin first used this term. from

Quasar from

 In the journal from

Physics today from

 Describe some mysterious astronomical objects.

Between 1917 and 1922, astronomers began to realize that there were objects in the universe according to the work of Heber Curtis, Ernst Opik and others. from

[nebula] from

 This is actually a distant galaxies like our Milky Way. However, when radio astronomy began to be used in the 1950s, astronomers discovered a small number of unusual objects in the galaxy that showed unexplained properties.

Mysterious objects emit a large amount of radiation of innumerable frequencies, but no light source is located - or [in some cases] only point-like and very dim objects can be seen. These weak objects are like distant stars. The spectral lines of these strange objects, the chemical elements used to identify their composition, are also very unusual and unexplained. Some of them change their luminosity very quickly in the optical range, even faster in the X-ray range. This raises the upper limit of the size of these objects to astronomers, which does not exceed our own solar system. This is similar to high power density and considers arguing about these mysterious, distant "star" objects. They are described as from

"Quasi-stellar" - from

 Meaning "star" wireless power - or that is from

"Quasi-stellar objects" [QSO] from

 , a design has their unknown nature, this event has been shortened from

"Quasar".

Most from

Quasar from

 The small telescope could not be observed. Although light and other radiation cannot escape strong gravitation from

Black hole in the event horizon from

 Energy produced by one person from

Quasar from

 Actually generated outside of from

Black hole from

 . This energy is produced by gravity and immune friction in the most important materials. from

Black hole, from

 Because it orbits the track and then spirals down - never returns. Dazzling brilliance from

Quasar from

 Caused by from

Accretion disk from

 Hovering, feeding black heart from

Oversized from

 The beast waiting for its dinner - it can convert 6% to 32% of the mass of the object into energy. Even though there are dozens of galaxies in our general community of the Milky Way - and our Galaxy itself - there is no active center and there is no resemblance from

Quasar from

 They are very quiet soon from

Supermassive black hole from

 In the dark heart of their hiding. Therefore, it is now considered that all large galaxies have one from

Supermassive black hole from

 In their from

Nucleus from

 [central]. However, only a small portion becomes effective and power radiated in this way. This is an ancient event from

Supermassive black hole from

 Is considered......

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Orignal From: The quasars set off new light in the primitive universe.