A Beginner's View of Our Electric Universe - New

The idea of a variety of physical locations across all of which the energy received at all wavelengths is constant,
is like placing a thermometer in random locations throughout a sealed and heated enclosed space. No matter
where you take measurements a similar amount of heat energy will come from every direction - the bulb of the
thermometer in this case representing a planet orbiting inside the plasmasphere of a low-power star [6-23] .
However, this situation could be seen as having its drawbacks, for again, as I said previously about Jupiter and
its moons, to look up into the sky from the surface of a planet located inside a brown dwarf’s plasmasphere,
would be to see only a glowing purple haze from horizon to horizon. There would be no stars to see beyond
that opaque barrier and the inhabitants of such a planet would have no clue about anything existing beyond it.
The ionised bubble of the star itself would be like our own Sun’s heliosphere, isolated from space beyond by
a charge separating DL that would not allow the easy passage of radio waves and which would perform the
same role as our own Sun’s heliopause. Because of this, the inhabitants would have no reason to view radio
technology as anything other than a tool for communications across the surface of their own planet or possibly
with other companion planets of the same star. They would also have no idea of the existence of galaxies or the
potential for life to exist beyond the beautifully glowing canopy above their isolated world.
Nebulae: ‘Nebula’ is an old word in astronomy. It was used long ago to describe very dim patches of light in the
night sky that were thought only to be clouds of dust in our own Milky Way galaxy. As astronomy progressed
and optical equipment improved, some of these were actually found to have structure to them. Most of these
turned out to be galaxies of one form or another, far beyond our own, but true enough, some really were just
regions of dust and gas within the Milky Way. The name itself has been retained but now only refers to regions
of apparently glowing dust and gas. In EU terms, Nebulae are fantastically dimensioned regions of ionised dust
and gas as radiation-emitting plasma that is manipulated by powerful EM forces as opposed to puny gravity.
Nebulae result from cataclysmic electrically driven events
such as exploding electric stars. They can range in size from
one to many hundreds of light years across; this is in the
order of a few trillion to thousands of trillions of miles.
Filamentary Birkeland currents flow within and through
them and act there to draw together plasma matter to form
new stars through powerful Z-pinch events and to bring
about other spectacular electrical interactions. When dwarf
star and planet-forming events occur and we observe them
here on Earth, we call them ‘Nova’ events.
The Monoceros Nebula. Credit: ASAJPL-Caltech UCB
112 | The Electric Universe answers I see