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The space-time configuration of our universe disintegrates into quantum level strings in Back Holes
Scientists are finding new evidence of the existence of Hyperspace at the interface between our physical universe and the black hole singularities.
In the classical model of how black holes form, a super massive object, such as a giant star, collapses to form a very small point of infinite gravity called a singularity. A special region in space surrounds the singularity, and any object that crosses the region’s border, known as the event horizon, is pulled into the black hole, never to return. In theory, not even light can escape from a black hole. The diameter of the event horizon depends on the mass of the object that formed it. For instance, if the sun collapsed into a singularity, its event horizon would measure approximately 3 kilometers (1.9 miles) across. If Earth followed suit, its event horizon would only measure 1 centimeter (0.4 inches).
As to what lies in the region between a singularity and its event horizon, physicists have always drawn a blank, literally. No matter what type of material formed the singularity, the area inside the event horizon was supposed to be devoid of any structure or measurable characteristics.
According to the string theory, all the fundamental particles of the universe - protons, neutrons, and electrons -- are made of different combinations of strings. But as tiny as strings are, they form large black holes through a phenomenon called fractional tension.
Strings are stretchable, but each carries a certain amount of tension, as does a guitar string. With fractional tension, the tension decreases, as the string gets longer.
Just as a long guitar string is easier to pluck than a short guitar string, a long strand of quantum mechanical strings joined together is easier to stretch than a single string.
So when a great many strings join together, as they would in order to form the many particles necessary for a very massive object such as a black hole, the combined ball of string is very stretchy, and expands to a wide diameter.
Each black hole is as unique as are the stars, planets, or galaxies that formed it. The strings from any subsequent material that enters the black hole remain traceable as well.
That means a black hole can be traced back to its original conditions, and information survives.
Simply put, the black holes are manifestation of interface between our physical universe (3D) and higher dimensions. It confirms that the Hyperspace is what you will see when you go across the back hole singularity.
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