Cosmology: The Genesis of Spiral Galaxies

by David Bryan Wallace
Cape Coral, Florida, USA
Copyright © 2012-04-25
Edited 2018-01-10

Most accounts of the genesis of spiral galaxies assume accretion of dispersed matter to form the galaxy. That is so silly! Accretion happens when material collides with and merges with an object, not when it orbits or flies by and escapes. Orbiting material does not spiral inward. If the galaxies are formed by accretion, if material was not already associated with the galaxy, how does the flattened double spiral shape arise? The accretion model fails to account for the flattening, for the double spiral and for the occasionally seen axial radiation beams. An alternative theory fully accounts for these characteristics.

When two super massive black holes containing together all the matter of the destined galaxy approach one another their event horizons are significantly distorted by tidal influence, a spiral leakage of matter from the inner and outer extremities will occur as the black holes swing past each other. The double spiral arises from the outer extremity leakage. Moreover, if the black holes orbit rather than escaping, intense symmetrical axial beams of radiation would be emitted in consequence of leakage from the inner extremities. Thus the features common to spiral galaxies are accounted for.

There are orbiting black holes at the center of any spiral galaxy that produces axial radiation beams. Where axial radiation beams are absent the remnant black holes may have coalesced or escaped from each other.

Just as the rotating earth transfers angular momentum to the moon so that the moon moves gradually further away, a pair of orbiting black holes at the center of the galaxy will tend to accelerate the surrounding disk material into gradually expanding orbits.

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