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Black hole collisions create massive gravitational radiation in higher dimension as space and time curvature are bent
Although black holes are invisible, the collision of two of them will produce gravitational waves, ripples in the curvature of space, which could be recognized by gravitational-wave detectors. But as of yet, no one has detected a gravitational wave. Effects from the emission of gravitational waves have been observed in binary pulsars, an indirect detection. Collaborating with black-hole researchers at the Universities of Pittsburgh and Texas, astronomer Pablo Laguna and physicist Jorge Pullin, with their students and post-docs, have been simulating black-hole collisions, the purpose being that once the computer simulations are perfected, researchers will know what to look for with the detectors.
Now scientists are realizing that the black hole collisions create the gravitational waves in higher dimension. This further proves that higher dimensions exist and the physical universe was created artificially in an environment which has many higher dimensions.
A single black hole by itself doesn''t emit gravitational waves. Says Laguna, "In a binary system, the holes orbit each other and emit gravitational waves as they spiral. The system loses energy. They spiral closer and closer and collide, emitting a burst of gravitational energy. This process takes a long time, millions of years. But the estimate is that there are three to ten collisions a year."
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