IT WAS STRANGE THAT THE THEORY Earth's scientific establishment finally put together for shaping the evolution of the cosmos should be based on gravity, when the electromagnetic force was ten thousand billion, billion, billion, billion times stronger, and 99 percent of observable matter existed in the form of electrically charged plasma that responded to it. More so when galaxies, certain binary stars, and other objects were found not to move in the ways that purely gravitational models said they should, and various forms of "dark matter" and other unobservables had to be invented to explain why.
The Hyadean universe, by contrast, was electrical. Matter was fundamentally an electrical phenomenon. The basic force was electrical, and gravity a byproduct. The cosmos, its galaxies, stars, and other constituents, hadn't condensed gravitationally out of gas, dust, and spinning nebulas produced from the debris of some primordial Big Bang. Such an explosion would have resulted simply in permanent dispersion of energy and whatever particles formed out of it. Again, the Terrans' grand theory had gotten things backward. Cosmic objects, from dust clouds and planets to neutron stars and quasars weren't the results of condensation and collapse from rarefied clouds of matter, but of the progressive breaking down from superdense concentrations of it. Electrical interactions operating on a titanic scale spun these objects to instability, causing them to throw off parts of themselves which then repeated the process, engendering a succession of bodies of progressively diminishing mass, rotation, and magnetic energy. Depending on the mass of the original fragmenting singularity, the products could be quasars, which in turn gave rise to radio galaxies, and from them, spiral galaxies; globular halos of younger stars around galaxies; or supernovas evolving into pulsars or white dwarves. Gravity only had any significant effect as a comparatively feeble cleaning-up process in the latter phases.
Fragments that didn't make it as stars cooled to form the gas giants, which when meeting and entering into capture with a star or another gas giant threw off what became minor planets, their satellites, comets, and the other debris that formed planetary systems. These were the times when space became an electrically active medium, transmitting forces that disrupted orbits to bring about the encounters that renewed and revitalized worlds. During the quiescent periods between, the interplanetary plasma would organize into an insulating configuration in which gravity was allowed to predominate. Local observations conducted during a few centuries of such a quiet period had led Earth's astronomers to overgeneralize such conditions as representing the permanent situation.
However, many surface characteristics of bodies in the Solar System were impossible to reconcile with the conventional picture of nothing having essentially changed for billions of years.
Furthermore, the farthest, hence oldest, objects visible in the cosmossuch as quasarswere the most massive and energetic: precisely the opposite of what gradual condensation from initially rarefied matter would predict. And the detection of vast structures of galaxy-cluster "walls" and voids at the largest scales of observation indicated processes having been operating in the universe for far longer than the fifteen billion years that the Big Bang model allowed since its inception.
But things like that didn't fit with the theory.