Computer
Models
of Galaxies
are almost indistinguishable from actual galaxies.
| Anthony Peratt used an extremely large computer to apply the Maxwell - Lorentz equations (the basic laws governing the forces produced by, and the interactions between, electric & magnetic fields) to two huge groups of charged particles. |
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When Peratt compared his computer simulations with Halton Arp's Atlas of Peculiar Galaxies, the results were similar to the galaxy shapes and radio emissions. Peratt and Green went on to developed three-dimensional galactic plasma simulations at Los Alamos National Laboratory and produced extraordinary results.
- As the objects (plasmoids) moved slowly toward each other, the galaxy starts to rotation and produce a powerful beam of energy in opposite directions.
- The magnetic fields pinch off matter and hurl it outward into space to create the spiral arms of the galaxy.
- The electrons, spinning around the magnetic field lines in the center of the galaxy, produces synchrotron radiation. The central radio sources & emerging jets looked exactly like active galactic nuclei.
- The simulations accurately match observations for ordinary &radio galaxies and confirm Alfven's concept of the Plasma Universe.
The powerful beam of energy, in the center of galaxies, comes from the interaction of matter and antimatter black holes in the worm hole. 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 and 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 as illustrated above.
Modern Kaluza-Klein
Theory can used for modeling galaxies &
Turning the Star Trek Dream Reality