Skate Simple

Creation of the Universe - The Theory and merged observation can give us some answers - Observatins of Black Holes in our Universe.

We've never seen them directly, yet we know they are there.

 

Lurking dense clusters of stars, or wandering through the dust lanes in the galaxy are hunted in the stars or even swallow whole plants.

Our Milky Way can accommodate millions of them - Black holes, remnants of dead stars-intensive.

But now in the universe far beyond our Galaxy there is evidence of something more sinister, a race of Black holes have reached full size incomprehensible and destructive powers.

It has taken a new Astronomy was finding it, high-tech instruments in space tuned to find ways of life with high energy X-rays and gamma rays that are invisible to our eyes, new precision telescopes on earth with the technology that allows them to nullify the blur of Earth's atmosphere and see the confines of the universe.

Looking far distances from our galaxy, astronomers find evidence of that space and time can be shattered by the eruptions to waste boggle the mind. We are beginning to understand the impacts these have had on the pop universe around us.

That understanding has recently taken a step forward when a team working at the Subaru Observatory on top of a mountain of the volcano in Hawaii looked at the deeper parts of the universe and captured a beam light had almost 13 million years to reach Earth. He was a messenger from not long after that the universe is believed to have been born. They focused their attention to an object known as Quasar, short for quasi-stellar radio source, offered a stunning surprise.

A small region of the object is so bright Astronomers believe that coming from a single object with at least one billion times the mass of our sun.

In the center of the space lighthouse suddenly turns dark, as it is literary is swallowed by a black hole.

Oddly enough, even Hugh Black as these holes are thought to be products of the familiar universe of stars and gravity.

They get their first job in rare types of big stars at least ten times the mass of our Sun These giant burning hot and fast and die young. The star is a cosmic pressure cooker. At its center of gravity produces pressure and intense heat that atoms are stripped and re-organizing. Lighter elements such as hydrogen and helium fuse to form heavier ones such as calcium, oxygen, silicon and iron last. When form and accumulate enough iron begins to collapse under its own weight. This will send a wave wedge that is sent to the outside, blowing apart the literary star. A supernova is born - when the star dies, if enough matter falls into its core collapses to a point forming a Black Hole.

Intense gravitational forces around that point with a dark area - the event horizon in that time nothing, not even light can escape, so as an average of Black Hole is formed.

What about the monster of newly observed Subaru Quasar? Recent observations on these giant black hole have led theorists to rethink their views on history.

Already in 1995, the Hubble Space Telescope he joined start to record details of that history.

Astronomers selected small regions in the sky among the stars, looking north southern and south.

For days at a time when the Hubble telescope focused on these small patches of sky to examine the deeper regions the universe. These offers depth of field images clear vision of the cosmos in its infancy. What caught the eye were smaller than astronomers cover galaxies only a few pixels on the Hubble lenses. Most of them are not spiral or elliptical shapes of the large galaxies we see closer to us today. Instead, irregular and Scrappy collection of stars. The Hubble Deep Field confirmed the idea that the universe must have evolved in a series of blocks building with small galaxies merging gradually assembling in large ones. You can see evidence of this model just by looking at the sky as many galaxies are gravitating around each other. Some are colliding, others are destroying each other apart. Call the gravity galaxies melody how are you collecting, exchanging stars and gases, and eventually coalesce to form larger galaxies, forming compounds. Lately though, this image of the shape of the universe taking zero has become much more complicated.

The rapid onset of giant black holes and galaxies in the early universe is in disagreement with the matter gradually accumulates in most galaxies. They probably had its beginning in the first generation of stars exploding cosmic literary scene at a time of incredible turmoil. These stars were born in the knot that developed the gas fuse the universe. Gravity drew these knots together in the densest regions of the stars born in waves, but even gave birth to black holes. In a relatively short time for the standard cosmic black hole swallows before the matter more and more, growing up to monumental proportions and became quasars. These, in turn, quasars were fueled by the collapse of matter to a much larger scale. Simulations of this illustrate what happened in the first billion years of cosmic history. Gravity-driven forces gases created an intricate network of ropes and knots if looking at a large spider in three dimensions. In the densest regions would meet the growth of larger galaxies and black holes.

As these regions grow stronger and stronger, galaxies and black hole grows bigger and bigger. In some areas these ultra massive proportions, thousands of million times the mass of our sun. In the center of these massive galaxies, is developing a black hole the gravity-driven galactic gas surrounding these galaxies.

The orbiting Chandra X-Ray space laboratory was sent to study distant galaxies, black holes for a birth growths, those who swallow gases and summers, warm glow in X-rays. And Chandra found, but even saw some of them in pairs. Black hole companion intertwined in a dance of death as when the music stops, the couple down to each other. That time must be quick to address the biggest black hole in the Universe found so far (or should that has happened, as the light takes some time to get here).

This is a quasar called OJ287, outbreaks in the surrounding regions of the quasar astrophysicists suggests that another black hole is wandering around. This gigantic hole gravitational and his partner have led astronomers to calculate its mass huge 18 billion times our Sun mass

A monster of this size and leaving his fierce anger and radically change their environment.

Just look at MSO735, 2.5 million light years away that appears in visible light as a typical galaxy cluster. But the X-ray light, is found in enveloped in a cloud of hot gas that remain huge cavities joined by a region of 600 000 light years across, in the light of radio wave of the group, you can see two streams of matter concentrated pressure from the center. This tells astronomers that is due to a break in the heart of the central galaxy. Two planes shot out of the galaxy have launched an explosion distance through the gas in the galaxy, presumably requiring the energy of billions of super novas. That makes this the largest eruption seen in our universe from the Big Bang.

The source is a black hole would weigh about 10 billion solar masses. How does a black hole that is famous for hiding in darkness emits this energy?

Think of the black hole like the eye in the middle of a storm of hurricane kept rotating by the gas, stars and other elements surrounding their region of influence and other black holes that seem to fall into it. As this matter falls, it forms a feature called donut spinning accretion disk. It works like a dynamo, the disc rotation that generates the magnetic field turn around and some of the channels to the outside influence matters in a couple of rays High energy projects from the center of this donut jet.

How much energy, depends on the severity and size of the black hole and the amount of matter already crashed through its event horizon. Is it just another terrifying specter of nature, or is it evidence of a deeper process at work?

Black hole jets have been seen throughout the universe, including in our cosmic neighborhood. Centauri A, also known as hamburger galaxy exposures seen in X-ray jets, jets out from its center.

Astronomers have come to believe that the two galaxies in the act of colliding.

The famous galaxy M87, in the center of the Virgo cluster of galaxies, about 15 million light years away from us has been recently studied by astronomers.

They have studied 4 billion solar mass black hole Sun hidden in his heart. They found that in the center of the small region the gas is hit by its gravity to velocities orbitals of millions of miles pr hour, which is powered by a plane that is penetrating in its center.

The biggest black hole in the universe arose on the edge of quasars around 10-12 billion years ago, releasing energy in the jets that heats the surrounding region. This prevented the gas from collapsing into the center of the surrounding region and allowed the smallest galaxies in the periphery to form and grow.

But the impact monsters do not stop there.

The Chandra spectral imaging made a cluster of galaxies Hydra A cavities illustrates the high-energy flows are jet stream out of its central galaxy.

Gas on the edge of this jet stream has a higher iron content and probably other metals from supernovae explosions in the center. Pressing these heavier elements out into regions beyond the seeds of a black hole universe with the elements needed to form stars, planets and solar systems like ours.

Then, the smallest galaxies begin to seeds of its own environment.

As two galaxies begin their dance of entanglement and gas flows from each of these galaxies begin to interact, feed on other black hole field of gravity as close and at the same time promote most of the loose gas outside its borders. The final stage is a mail merge in biggest black hole as the gas is absorbed by these and creates a mass appeal in the final phase of the black hole created by this collision emits a singular explosion energy end.

Our earth, the sun and solar system appear to be the beneficiaries of black holes and their activities around the world.

The black hole are evidence of the constant battle between energy and gravity in our universe.

 

 

 

 

About the Author

He has a background as civil engineer and geoscientist. He has worked mainly within the oil and gas industry from the mid 1980s. He has written a few fictional novels as well as being the author of some professional litterature within oil and gas sector, he is now an editor of some web sites.

Atom whip Indoor inline race wheels

This entry was posted on Monday, June 4th, 2007 at 10:23 am and is filed under Uncategorized. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response, or trackback from your own site.