Birth

CREATION OF THE UNIVERSE AS A CASCADE

The factual analysis of data show that the structures, which we observe in the universe in different scales, have appeared as cascades of smaller structures ejected from larger units. The super-super-clusters have emerged from a dark spiral occupying the Bootes void as ejections of structures from its three spiral arms. After ejection the structures, made of fractal clumps of smaller scales, undergo evolution in the way that will make them more stable and self-sufficient of the supply of gases needed for survival. As the process of refueling the structures by the material ejected from the centers proceed to fulfill the goal of forming self-regulated systems, the cosmic bodies shred off smaller objects and try to reach state of equillibrium. These ejected smaller structures in turn do the same as the mother structure and the process continues to smaller and smaller scales down to the sizes of planets and comets. Thus all structures in the universe are created as a hierarchical cascade coming down from the center of the universe.

The ejected objects move faster than the mother structures. For example dwarf galaxies which are ejected from larger galaxies possess higher speeds. Many of the blue star-forming galaxies and quasars, which are observed to be moving at high-speeds are such ejected objects and not bodies which have formed in the origin of the creation of the universe as the big-bang cosmology says.

The turbulence that follows the ejections supply the main energy in the formation of structures in all scales. It drives dynamo effects in ionized gases and gives birth to magnetic fields, which play important roles in shaping the cosmic structures. In the end gravity comes to play a role in molding the universe.

Besides the formation by ejections, the structures are also created within the system, which is undergoing evolution, as fractal clumps of denser units of smaller clumps, which are in turn made of even smaller clumps and so on proceeding in smaller and smaller scales in a hierarchical manner.

Birth of super-super-clusters

A three-armed spiral structure sitting inside the Bootes void, which occupies an area of the sky in the northern hemisphere spanning 50 deg x 50 deg. Its size could be as big as nearly a billion light years.

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The super-super-cluster structures which appear around the Bootes void are observed to be moving away from the void harboring a three-armed spiral structure. The super-super-clusters which are hundreds of millions of years in sizes appear as ejections from the spiral arms. To the left is the Corona Borealis while Canes Venatici clouds of galaxies emerge from the right side of the spiral.

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Birth of galaxy clusters and galaxies

The birth of galaxies in the center of IC 1101 at the heart of the cluster of galaxies known as Abell 2029 in the constellation of Serpens. In the center there exists a spiral which ejects the galaxies outward.

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In a very similar way the galaxy clusters appear from super-clusters and galaxies appear from the galaxy clusters. The parts of the gases which flow in towards the centre are spewn out from the centre by the spiral mechanism, which form ejection mouths in specific directions in a universal way. These directions are always along the major and minor axis of the ellipse which encirlce the three-armed spiral structure.

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Birth of star clusters and stars

Ejection of star cluster IRS16, made of massive helium stars, from the centre of the Milky Way. The above image is only one and half light month in size. One has discovered a star completing a Keplerian orbit around the point marked by the two arrows where according to the main stream view a black-hole exists.

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The three-armed spiral structure continues to appear in the centres of galaxies too from where new stars emerge. These stars are often more massive and move in high speeds like the newborn stars which are observed in the deep heart of our own galaxy. These new born systems may break up into smaller structures and form clusters. In Large Magellanic cloud several large clusters are found to have formed from ejected objects.

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Birth of planets and comets

Ejection of dwarf structures from a young star CAS AR in Cassiopeia. Dwarf stars and planets are seen to be ejected from the center of the star where a spiral controls the dynamics of formation of the stellar system.

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When the external spiral structure disappears by forming smaller bodies and disintegrating into dwarf stars, the core turns into a star. Ejections from the core may then turn into satellite of the stars like the planets in our own solar system. The spiral drives the flow of hot gases towards the surface, from where colder gases return to the center by following magnetic mechanism. The comets could be objects ejected from systems still forming and evolving in the outskirt of the planetary system around the sun.

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