A Beginner's View of Our Electric Universe - New

To expand a little on the ‘intrinsic’ component of
redshift, I will follow on from the description of
quasars begun in chapter three where I mentioned
redshift as well. The EU model’s explanation for
quasars as distinct bodies is that they are yet another
aspect of powerful electrical energy interacting with
plasma, this time on a galactic scale. I ask you here
to accept that Birkeland currents continue to flow into
the cores of galaxies to maintain their operation and
structure, and through a subordinate network internal
to the galaxies themselves, the stars within them.
A pair of quasars being emitted from an AGN © author
The Birkeland currents that focus at the core of a galaxy, those which originally produced it and go on to
maintain its central plasmoid, will be subject over time to fluctuations that are likely to cause the build-up of
excess ionised matter and EM energy within the galaxy’s plasmoid core. The result, just as with stars, will be for
those over-stressed cores to eject some of that accumulated plasma. This it would seem is how quasars are born
[6-36] . When a galaxy ejects material it does so in a single action that involves ionised material being expelled as
spinning blobs from both its ‘top and bottom sides’. The material expelled then spins away in opposite directions,
probably along the axis of the two incoming Birkeland currents. This is why quasars are often observed as
if they are organised in strings that lead away from
the centres of galaxies that have a powerful active
nucleus or AGN - this is the reference commonly used
to represent a galaxy with an Active Galaxy Nucleus.
How ‘z’ is associated with quasar development © author
Newborn quasars have very high redshift ‘z’ values
while their parent galaxies have relatively low values.
This is a further clear reason to disbelieve the claim that
redshift represents distance. In terms of quasars, the
‘intrinsic’ component of redshift is instead accepted as
a measure of their youthfulness. Redshift is also found
to have associated with it, a spread of distinct z values
122 | The Electric Universe answers I see