cosmic explosion and ejection Timeless fractal universe Dynamics at galactic center How cosmic bodies are born? How cosmic bodies evolve?
However, there is a slight distinction between the cosmic mechanism, and the Russian doll. While the smaller, and smaller dolls retain the same fatness of their mother in the Russian doll, in the the cosmic bodies, the smaller structutres become fatter, and fatter, as one explores deeper into the core. The elongated bar like shape looks rounder, and rounder as the pattern tightens, and becomes more, and more compact inside the nucleus.
In deeper inside the core, while undergoing the process of becoming rounder, the tips of the bar-ends break, by ejecting dwarf structures from the core. Thus, large galaxies create smaller dwarf structures in its surrounding. The roundness results from the tightening of the knot around a compact core, which resembles a whirling wheel. The rim of the wheel is fed by the material outpouring from the centre. Likewise, matter leaves the rim, and falls towards the centre. In a configuration, where the matter, falling towards the centre, is replenished by the material, outpouring from the centre, the central body develops into a dense cluster of massive stars, which remains more stable. In the heart fo such a whirling wheel, on finds a three-armed spiral structure, similar to the Celtic triskelion. This three-armed spiral drives the dynamics of ejections from, and accretion towards the centre. It is the most central element in the creation dynamics in the universe.
Like in other galaxies, one can observe this triskelion in the centre of our own Milky way galaxy. It is known as the mini spiral. At the heart of this mini spiral of ten light years size, one again finds a mini-whilrling wheel of the dimension of 2 light years. In the heart of the mini-wheel, there exists a mini-mini triskelion of the size of a few light months. Clusters of massive stars appear from the centre of this mini mini three-armed structure.
What happens in the case of galaxies, may be, is a generic phenomena in larger bodies, like galaxy clusters, and superclusters, as well as smaller objects, like star clusters, and stars.
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