Matter & Antimatter Black Holes Computer Simulations
Scientists from the Lawrence Livermore and Los Alamos National Laboratories, the University of California Santa Cruz, and University of Arizona have a grant from the U.S. DOE Scientific Discovery through Advanced Computing program to research supernovas and black holes. The supernova computer simulations can also be used to illustrate matter and antimatter black holes in the center of galaxies. The Einstein-Rosen Bridge keeps the matter and antimatter black holes separated. The oscillations between the black holes at opposite ends of the wormhole force the black holes to become white holes that eject matter and antimatter in opposite directions forming the spiral arms of stars within the galactic disk. Scientists have observed hundreds of new stars are being churned out from the center of the galaxy.
By making mirror images of the computer simulations, the pictures demonstrate how matter and antimatter white holes are eject matter and antimatter into space forming spiral arms of matter and antimatter stars. The enormous forces cause vertical jets of matter and antimatter to burst thousands of light years into space from the center of galaxy.
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Matter Black Hole (Condensed Matter) |
Antimatter Black Hole (Condensed Antimatter) |
| The dark blue color represents the matter & antimatter black holes; the green & yellow color is matter and antimatter being stripped from the white holes and ejected into space; and the red color is the coma surrounding the black holes. In the center, the v-shaped, reddish-orange color between the matter and antimatter white holes is the Leidenfrost layer or worm hole where vertical jets matter & antimatter are discharged thousands of light years into space. |
The matter and antimatter annihilations between the white holes in the center of galaxies creates one of nature's awesome spectacles. Galaxies continuously emit immense enormous amounts of energy for billions of years. Over their lifetime, galaxies also create hundreds of billions of matter and antimatter stars.