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Plasma Galaxies

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The Steady State, Big Bang and Plasma Models of the universe start with similar quantities of matter & antimatter.  The Plasma Universe, conceived by Hannes Alfven, a Swedish physicist, is consistent with astrological observations, Dirac's Theory and matter & antimatter symmetry

The Milky Way Galaxy, one of the hundreds of billions of galaxies in the universe, is composed of matter & antimatter.  Our galaxy contains over 200 billion stars with thousands of cluster and nebulae.  Scientists have observed antimatter clouds extending thousands of light years into space and  determined that black holes are located in the center of galaxies as illustrated in picture of the Plasma Galaxy below.

 The Galaxy M83, shown on the right, is similar in size & shape to the Milky Way Galaxy

The black holes are eject  matter & antimatter into space forming a halo and spiral arms of matter & antimatter stars. A Leidenfrost layer between the black holes keeps them separated and forces vertical jets of matter & antimatter to surge thousands of light years into space. 

Simulation of the density profile

Simulation of the density profile The dark blue is the matter & antimatter black holes; green & yellow are matter & antimatter being stripped from the black holes and ejected into space to form stars; and red is the coma surrounding the black holes.  Thee v-shaped, reddish-orange areas between the black holes is the Leidenfrost layer. 


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