A Beginner's View of Our Electric Universe - New

Here is what this experiment infers is happening in space. A voltage difference will exist between layers of
plasma in the 'atmosphere' of a star, forming a Double Layer between them. On occasion, this voltage will
build to a point where the double layer "explodes." (The complex signal expected from such an event has
been successfully modelled by electrical engineers but their work is ignored in favour of the more outrageous
hypothetical ‘neutron star’ model.) As the event proceeds, a pulse of visible light and X-ray radiation is released
in all directions. One could imagine this as a cosmic lightning flash. Because the energy supply behind this is
practically without limit, the charge will rapidly build up again across the DL to repeat the breakdown part of
the cycle once more; and on and on it will go. We know from experiments and experience that DLs quickly
self-repair after a breakdown occurs. It is this same action that takes place around Earth when in our upper
atmosphere, electrical breakdowns occur that allow charges to build-up in our lower cloud layers which in turn
discharge to Earth as bolts of lightning. (Lightning is not well explained by today’s meteorology, its real cause
goes back to the very interesting subject of ‘space weather’, but that is for another time!) So, to summarise,
pulsar activity comes about as a result of electric breakdown action due to the build-up of excessive EM energy
in a star’s magnetosphere. A pulsar’s apparent physical location can be thought of as the position of the ‘Neon
Bulb’ component in a stellar scale relaxation oscillator circuit [6-28] .
We are currently safe and cosy here within the Earth’s biosphere where the powerful activities that go on in our
dynamic electric universe are kept well away, and so they are essentially unknown to us. Those powerful events
would be far more obvious if the DL barrier around the Earth was suddenly to be exposed to greater external
electrical stresses and change in a way that made it less effective for our protection. If that happened, we would
observe many new and probably terrifying events in our skies that would bring about powerful discharges to
ground that would carve, bore and split it in ways that would be hard for us to conceive. This, of course, is
unlikely to happen in our lifetime. Our experience of spectacular things such as pulsars is actually a short period
in their total existence, and we have no idea how their behaviour may change over the great swathes of time that
lie ahead. However, one thing is for sure, their behaviour and that of other phenomena like them is destined to
change as the energy input that defines their current action changes.
Neutron Stars: As was said before, the description of these implies they consist of the heaviest (densest) form
of matter in the universe; solidly packed neutrons with no space between them. This is the fabled ‘Neutronium’
of which a spoonful would weigh a billion tons here on the Earth. Hmm, perhaps, and only if it were possible
to produce that stuff in the first place! The reason behind neutron stars being considered real objects arose from
the need for an exceptionally powerful gravitational source that theoretical mathematics had said was required
to explain powerful radiation emissions and gravitational effects that were observed coming from deep space.
117 | The Electric Universe answers I see