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A mathematical framework shows new five-dimensional theory of gravity in Hyperspace that challenges the General Theory of Relativity of Einstein
Charles R. Keeton of Rutgers University and Arlie O. Petters of Duke University have unleashed the type II Randall-Sundrum braneworld gravity model. The theory holds that the visible universe is a membrane (hence "braneworld") embedded within a larger universe, much like a strand of filmy seaweed floating in the ocean. It has four spatial dimensions and the time. It is the conceptual Hyperspace in which our universe in floating like a bubble.
Preparations are being made to test the braneworld theory through satellites in the space. It would confirm that there is a fourth dimension to space. It will all on a sudden change the views of classical physics. Physics and Astro-physics will have to be rethought again.
According to brane theory (as proposed by physicists Lisa Randall of Harvard University and Raman Sundrum of Johns Hopkins University) a mathematical description of how gravity shapes the universe that differs from the description offered by the General Theory of Relativity is available
According to some scientists the Hyperspace has five spatial dimension with no time dimension.
The braneworld theory predicts that relatively small "black holes" created in the early universe have survived to the present. The black holes, with mass similar to a tiny asteroid, would be part of the "dark matter" in the universe.
These small black holes are in thousands in our solar system. In Pluto’s orbit one can observe the effects of our terrestrial science of a time black hole.
The braneworld black hole produces an interference pattern in a passing burst of gamma rays as they travel to Earth.
The resulting bright and dark "fringes" in the interference pattern provides a means of inferring characteristics of braneworld black holes and, in turn, of space and time.
There are several methods of gamma-ray fringe pattern detection and measurement. The computer models are already showing its existence. The fourth spatial dimension will be further confirmed using the Gamma-ray Large Area Space Telescope, which is scheduled to be launched on a spacecraft in August 2007 by NASA in collaboration with U.S. Department of Energy, and France, Germany, Japan, Italy and Sweden.
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