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We live in a universe of plasma. And a universe of plasma differs significantly from what might be called Newtons Universe, a universe of stars and solid masses acted upon and controlled only by gravity.
The presently accepted “gravity only” universe is one whereby all matter was created in a single instant and reacts only to gravity under the modifying ideas of general relativity.
A plasma universe and a gravitational universe have gross observational differences.
A plasma universe should be filamentary, stringy, at all size scales (in the atmospheres of planets, in the Sun’s corona, in groups of stars, in galaxies and in strings of galaxy clusters).
It should be energetic, a source of electromagnetic radiation over the entire electromagnetic spectrum, and it should be endless in space.
The gravitational universe the “big bang” universe is supposed to have produced all the elements originally, should now be quiescent in the absence of mass collisions, and should be increasingly smooth on the large scale.
The filamentation, chaos, and radio-frequency radiation that we now observe were not expected in the original big bang model.
Another difference is that a universe of plasma in chaotic motion tends to produce cells of plasma of different voltage, temperature, density, and chemical properties, just as is observed in the laboratory. It is the relative motion of these cells that generates both electric currents and charge separation when the cells drive through each other.
These electric currents produce magnetic fields.
Charge separation causes electric fields to exist.
So, filamentation, chaos, electric and magnetic fields, intense charged particle beams, broadband radiation from extremely low frequencies to gamma rays, and an overall cellular structure were the predictions of a plasma universe, as developed at the end of the Nineteenth Century.
Unfortunately we had to wait about one hundred years for all this to be verified.
