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Knotty Jets, the Tell Tales for Early Dark Matter and Spiral Galaxy formation.
It is proposed that a new paradigm for a 2 stage semi-cold Black Hole
evaporating Big Bang see: http://home.planet.nl/~vuyk0022/App_...htm#appendix40 lead to simple progenitor Spiral Galaxies equipped with at least one so called Galaxy Anchor Black Hole (GABH) at either side of the disk. These Early simple "dumbbell" Spirals are supposed to be able to merge, without the merging of the Galaxy Anchor Black Holes (GABHs) itself. This merging prohibition is part of the new paradigm for Black Holes, which tell us that Black Holes only merge if the vacuum structure/pressure has become insufficient, as is supposed to happen in the so called Big Crunch, that Black Holes repell single particles like Gas, and Attract Massive Stars. If there is still Gas in the neighborhood of these GABHs they could be able to form a Dwarf Galaxy in between the GABHs and will form Irregular or Spheroidal Dwarfs. If there are enough stars available from Galaxy merging activities: GABHs can capture these stars and form Elliptical shaped star clusters around themselves called Dwarf Elliptical Galaxies. Consequently these GABHs will stay isolated and will form two axial orientated "Tree alike" outer Halos of the Spiral System. Within Early Spiral Galaxies, these GABHs are supposed to form axial located strings which can be identified as Knots inside Jets produced by the Spiral Radio Galaxies. It is well known that these knots don't move inside these Jets, which is in line with the new GABH paradigm that Black Hole nuclei are supposed to be "Locked up " within the oscillating vacuum structure. See also: 3C303 http://hea-www.harvard.edu/XJET/source-d.cgi?3C_303 The Spiral galaxy 0313-192 is supposed to be an example of a Spiral with GABH induced extended Halos in "Tree" form see http://www.astr.ua.edu/keel/research/rg0313.html It is proposed That these GABHs can collect stars and form Dim Dwarfs Ellipticals Galaxies. In addition it is proposed that in between these strings of GABHs, Irregular and Spheroidal Galaxies can form like the Dwarf Sculptor see: http://nedwww.ipac.caltech.edu/level...eo/Mateo4.html It was professor F.D.A.Hartwick (University of Victoria BC Ca.) who described the interesting extended Halo structure of more or less aligned dim Dwarf Galaxies of the Milky Way (10 dwarfs) and Andromeda Galaxy (11 Dwarfs) See: "The Structure of the Outer Halo of the Galaxy and its Relationship to Nearby Large-Scale Structure" (arXiv:Astro-ph/9912083 v1 4 Dec. 1999.) http://arxiv.org/PS_cache/astro-ph/pdf/9912/9912083.pdf Progenitor Spirals are supposed to merge at last into Giant Spiral Galaxies. Within Galaxy Clusters these Spiral Galaxies are supposed to change automatically into Giant Ellipticals, because the alignment of the Tree alike GABHs of the different merger Galaxies inside these Giants will become more random orientated. However even inside Giant Elliptical Galaxies it seems possible that some remnants of the axial GABH structure can be identified, see : http://hea-www.harvard.edu/XJET/source-d.cgi?M87 If this is true, Dwarf Elliptical Galaxies must each harbor a primordial massive GABH which is supported by the fact that most elliptical dwarfs and even Globular Galaxies do not show much gaseous content. (The new paradigm Black Holes are supposed to repel gas but attract Stars) The extended Halo GABH is supposed to be a balancing aid for the axial stability of the Galaxy and is influencing the forming of Spiral arms and Galaxy structure. A lot of the Universal Dark Matter in the form of GABHs, should consequently be concentrated inside Dwarf Elliptical Galaxies or unresolved without a stellar globular shell,. inside extended lobes. As a result, the contemporary idea that all Galaxies harbor a super massive Black Hole in their nucleus should be wrong. If black holes inside Galaxies are not primordial but only Supernova remnants, then one could speculate that only collections of the smallest Supernova Black Holes should be concentrated in these Galaxy nuclei. Globular Clusters then, should harbor even bigger (the oldest) Supernova black holes. This would support the idea that black holes tend to organize from small to big, from inside to outside Galaxies. This could be a possible explanation for the knotty structure of our Galaxy nucleus, harboring only small black holes.. A special different scenario however, for giant Elliptical Galaxies equipped with internal GABHs is possible inside the center of Galaxy clusters. These Giant Ellipticals could be a combined effort of a concentration of GABHs (Dwarf Galaxies) connected to the ring of outer Galaxies of the Galaxy Cluster, which have different axial orientations, all pointing into the center of the Cluster. If these GABHs come together in the center of Galaxy clusters, A new Giant Elliptical Galaxy could be born equipped with old stars from other galaxies and the original Dwarf stars around these GABHs. Then these Ellipticals could be called "super Dwarfs"' see the example mentioned above: of a Knotty jet inside M87. : http://hea-www.harvard.edu/XJET/source-d.cgi?M87 which seem to have a much higher Dark Matter content than the surrounding Galaxies. |
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