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According to the theory of the Electric Universe, the galactic evolution takes place on a large scale by plasma discharges that form rotating wheels of coherent filaments that show an electrodynamic behavior, and not for the mere contribution of gravity. The stars in the galaxies can also form as large arcs pierced by threads, similar to the silver beads of a necklace.
The theory of nebular contraction is not necessary to adequately explain the formation of the stars. The large spirals that accumulate in the galactic groups, which in turn are also grouped in the supermodules, are beyond any conventional definition.
When the plasma moves through a cloud of dust and gas, that cloud is ionized, initiating an electric field and the flow of an electric current. Electricity moves through any substance forming magnetic fields, and these tend to align and restrict the flow of current. These fields create what are sometimes called plasma strings, also known as Birkeland currents.
Birkeland currents are electromagnetic filaments that carry electrical charges through space. The filaments are double-layered, folded layers with load shedding, which isolate regions of opposite charge and prevent neutralization.
Almost all the bodies of the Universe show some kind of filamentation. In the tails of comets they usually occur in pairs. On the one hand, the dust is formed in an arc, as it continues along its orbital path. On the other, it is composed of "fibrous" filaments of ions, which arrive from the nucleus in a straight line, and always pointing outward from the region of analogous polarity.
Planetary nebulae are like balls of intricate networks of illuminated tendrils. Herbig-Haro stars and energetic galaxies emit braided jets. Some galaxies seem "hirsute hair", with threads of material that extend from them.
Once the different charges of the galactic circuits radiate energy, they must be fed by coupling with larger circuits. The size of the circuits can be inferred by observing that galaxies also occur in chains.
The standard model of the universe places the galaxies inside the void, according to the redshift (z). However, some astronomical observations contradict that conventional view. High-z objects align along the axes of galaxies of low redshift, and such shifts gradually decrease with the distance along the axis. These High-z objects also show an increase in mass and brightness with distance. Here is some fundamental physics that does not appear in textbooks.
The work of astronomer Halton Arp has shown that there are connections between objects of high redshift (supposedly far away) and galaxies of low redshift. And that those "distant" objects are actually companions of nearby galaxies, then the visible exterior of the Milky Way is part of a "fibrous" galactic grouping.
The strings are really filaments of Birkeland currents millions of light years thick and billions of light years long, out of which the galaxy groups are aligned. What Halton Arp raises, is the possibility that the visible universe is a stranded filament, which extends from the Virgo supercluster to the Fornax supercluster over billions of light years. These high voltage lines carry electrical currents beyond what we can imagine.
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