Active Galactic Nuclei Research Papers

Q.8) Non- rotating black holes are known as Schwarzschild black holes which collapse to a point of infinite density at its center. The rest of the volume from the event horizon to the singularity of a Schwarzchild black hole is empty space. While on the other hand, rotating black holes known as Kerr black holes spin thousands of times every second which are faster than pulsars. They also contain a donut shaped region called the ergoregion which is just outside the event horizon. Objects never remain at rest at this particular region. (DTU 10ED Page:

The amazing amount of radiation coming from the disk of gas is ripping the galaxy apart.

Although, it is happening in some of the closer galaxies such as NGC 253. The Hubble Space Telescope has revealed very luminous star clusters, dust lanes, dense gas and glowing gas in the core of this starburst galaxy. The Hubble Space Telescope has also recognized several regions of extreme star formation, that also includes a bright and very compacted star cluster, which confirms the theory that stars are often born in dense star clusters inside of

Throughout the modern era of astronomy, a single type of celestial object has puzzled astronomers more than any other. Black holes, whose existence was only verified in the early 1990’s, have fascinated scientists ever since Einstein first proposed the theoretical concept in the 1930’s. A black hole is an object so tiny, but also so dense, that it has the power to pull planets, stars, and even light into its core, and ultimately destroy everything in its path. Over the past decade much has been discovered about these enigmas of space and time; however, many of these recent discoveries lead to more unanswered questions. Nevertheless, the basic life cycle of a black hole is now understood in ways thought to be impossible only twenty years

Fact 2, if you do not die from spaghettification, you would die in the event horizon which is “like a 1 billion degrees oven” so you would die from that instead Fact 3, If you go fast enough “you might” be able to get through the black hole and then once you are inside you might be able to see the event horizon Body Paragraph: types of black holes Transition: third, State your point: Black holes will be super dangerous if they become a supermassive black hole Fact 1, When a black hole absorbs in another black holes it will create a mega black hole.

As they develop, bars apparently become one of the most important catalysts for galaxy evolution. They force a large amount of gas towards the galactic center, fueling new star formation, building central bulges of stars, and feeding massive black holes. Galaxies are thought to initially assemble from, and grow in size through, mergers with other smaller galaxies. After this phase is complete, however, the only other dramatic way for galaxies to evolve is through the action of

"As galaxies fall through these larger halos, the superheated intergalactic plasma between them removes their gas in a fast-acting

The accretion disk is an outer ring located on the outer parts of a black hole and is the part where interstellar matter such as asteroids are spiraling towards the center into the event horizon. When matter is being consumed by the event horizon, this matter is moving at super high velocities. These high velocities interact with friction causing the matter to heat up and emit light. Because the matter spiraling towards singularity emits light, this light causes the accretion disk to be very bright. The ergosphere is the region where objects start to be affected by the gravitational pull of the black hole. It is the region right before the event horizon, where it is still possible to escape from the gravitational pull with the proper escape velocity. The ergosphere on black holes that rotate are regions that cause spacetime to be

Yesterday, NASA released news that will help us understand the formation of oval galaxies, specifically, the new data answered some old questions about why oval galaxies take so long to form. It turns out that the way a black hole controls the proto-matter of a baby galaxy actually regulates star birth as the galaxy takes shape around it.

Scientists do not have the ability to directly observe black holes with telescopes that detect x-rays, light, or other forms of electromagnetic radiation. However, Scientists can infer the presence of black holes and study them by detecting their effect on other matter nearby. If a black holes passes through a cloud of interstellar matter, it will draw that matter inward in a process known as accretion. A similar process will occur if a black holes passes a normal star. So, after a black hole is created, it draws in anything in its path adding to the extreme amount of matter that is packed into that very small area.

“Dark Stars,” are dense enough to prevent light from escaping into space. “Dark Stars” are known and Black Holes and Black Holes were believe for it to capture light there must be a density high enough to be capable, but since no one has survived and measured the density of a black hole we believe that in that center it has an infinite density. http://physicsforidiots.com/space/black-holes/ The idea on how Black Holes are studied by the mass of the dying star. Density can draw out light if it were strong enough to cover the mass. This supports the claim if a Black Hole would engulf the mass of a sun no trace of

but today I’m going to talk about the actual science behind black holes, how are they made, whats inside of them, and what would happen if you went inside of one?

He sees the black holes as miniature models of a full scale universe. His idea that the implosion of the star could be related to the implosion of the universe. He wonders if the expansion of the black holes until their disappearance is relative to the expansion of the universe. This area seems to be a focused area of Stephen's work.

GRBs, the collapsar model, the core collapse of a massive star into a black hole or

An accretion disk is formed when rocks, gasses and other satellites travel close to a black hole; they are sucked into the gravitational field (StrongGravity, 2013). A black hole is a place in space where the gravitational field is so great that not even light can escape it. This is because matter has been compressed into such a confined space; this can occur when a star is dying for example (Smith, 2008). Once trapped in the gravitational field the rocks and