Primordial Open Star Clusters, and Galaxy Boosting.

These pairing black holes (quasars) are called "Galaxy Anchor Black Holes" (GABH’s) because they are supposed to be the "anchors" for newly formed super massive "Primordial Galaxy Stars" formed exactly in between these GABHs called the "White Hole" location. The White Hole location is supposed to be the place where all the primordial Hydrogen gas is compressed by the "vacuum cleaning" influence of the "Local A-Symmetrical Oscillating vacuum Frame" (LASOF) created by the multiple GABHs. As a consequence the White Hole location is the place for Star Formation par excellence. Therefore it is assumed that we may compare this White Hole location with the center of so called Open Star Clusters in Galaxies. It is assumed that the two Galaxy Anchor black holes influence the oscillation direction of the "Oscillating Quantum Vacuum" (OQV), which will form a "vacuum cleaning area" for the primordial gas in the form of a "OQV double cone" or LASOF. The "OQV double cones" are supposed to be mirror symmetric at both sides of the common basic circle. As a consequence they have their basic circle and main axis in common and a black hole at each summit. The common basic circle will coincide with the Galaxy disk.

At the same time it is assumed that the internal vacuum-particle content of the GABH nuclei, thus the magnitude of the GABHs, is related to the magnitude of the Stars that are produced in the center of these Open Star Cluster production plants. Because in primordial Galaxies the GABHs are supposed to be huge, as a consequence the primordial Stars produced should be enormous as well. These primordial Galaxy stars will explode very soon as a "Super-Super Nova" and form a super massive Black Hole which is however supposed to be smaller than the original GABHs, and is supposed to combine with the next super-super nova black hole, into a dual set of a new Stellar Black Hole system and later into so called Galaxy Halo Black Holes (GHBHs).

As a consequence the Open Star Cluster system described above, may be called the base for all Galaxy and Star formation in the universe, with a much more faster Star formation speed then is assumed by modern astronomical theories, because it is boosted by the influence of mainly dual "Stellar- or Galaxy Anchor Black Holes" (SABHs or GABHs). . Future research on the speed of young Stars within Open Star Clusters should reveal evidence for this Stellar boosting effect and the presence of SABHs on both sides of the Cluster.

At the same time, it is assumed that most "dual radio lobed" quasars and micro quasars represent the structures of Open Star Cluster formation locations. As a consequence, the so called "dual radio lobes" should be the "tell tails" of the dual Black Holes located on both sides of the central Star or Galaxy center. However, there should be a minimum boundary of the Black Hole magnitude to be able to originate Open Star Clusters. The central primordial Star should have enough mass, to be able to split into two smaller Stars or Multiple Star systems, which is related to the magnitude of the cooperating SABHs or GABHs.