A Beginner's View of Our Electric Universe - New

It is all very well for some to sound confident when they talk about the forces we find in nature, but the fact is,
those forces and their relationships remain enigmas to science. We can talk about the effects of any force but we
still cannot describe in clear terms what, most fundamentally, a force actually is. Despite this, the ultimate goal
of science is to do away with these four separate definitions and to have only one force defined and accepted
as being at the root of everything. For me, this will be the force of electromagnetism, but this view will not be
shared by many in today’s gravity-centric astro-science. Could a clue to this be that astro-science has not yet
looked in detail with an open mind at what electromagnetism is about or the part it may play in our universe?
We need to remember that the important things we have been told about gravity have not been proved and
that what we have been given is at best, only opinion. The fact is that better theories are available to explain
the form and operation of things which the force of gravity has traditionally been taken to explain. These
alternative theories have been around for many years but have been largely ignored, sometimes suppressed and
frequently ridiculed by those who either do not understand them or who have other agendas. These reactions
are professionally immature, inappropriate and come on occasion from those who seem to have a stake in
protecting either their own careers, their projects, their egos or their status within some ‘valuable’ hierarchy.
So, to reinforce the relevance of plasma in space and its link with the EM force, and to ‘lift the curtain’ further
on what is shortly to come, I need to mention how the effects of plasma present themselves in the environment
of space. ‘Space’ is aptly named because there sure is a lot of it! It is bigger than we can imagine and it is filled
throughout with mostly dark mode plasma that is concentrated in regions of various dimensions, constituent
elements and densities, all of which have positively and negatively charged regions within and around them.
It is truly hard to imagine the immense power that these vast regions have stored within them, untold numbers
of which are millions of light years in size. Over time, these mostly invisible but now detectable super-galacticsized
clouds and more obvious formations of charged matter interact with each other and with regions of
neutral matter (dust molecules and other gases) as well. This takes place through electrical and magnetic events
that induce current flow within and throughout all their various forms. In turn, the gigantic currents produced
generate further magnetic fields, which being dynamic in nature (i.e. continually moving and interacting), go on
to induce additional current flow in adjoining regions, sheets and filaments of plasma.
This cycle of interplay goes on and on, and as far as we know, plasma in space has forever been there going
through this same process. When powerful currents flow within plasma, the most common appearance they take
is that of long and twisted filamentary strands ... Why does this happen? Well, we know that current flowing
through any conductor produces a magnetic field around it in a circular formation like a tube. This is just the
same with plasma when it is conducting current, and this is the reason we see filaments of plasma, because they
are being constricted by their own magnetic fields into that strand-like form. Another action of the naturally
attractive magnetic force is to bring these filaments together in pairs to form a helical twisted appearance that
looks as if those pairs of conductors are ‘entwined’ with each other.
72 | Some basic theory that will help