
Markarian 739 is thought to be 425
million light-years away. Its two
bright "nuclei"
are clearly seen in this Sloan
Digital Sky Survey image.
Twisted Pairs
Jun 15, 2011
A remote galaxy is said to
host two black holes. Could an
electrical explanation better fit
the observation?
Electric Universe advocates
propose that electric currents in
plasma generate magnetic fields that
constrict the current flow. As
previous Picture of the Day articles
point out, the constricted channel
is known as a "Bennett pinch," or
"z-pinch." The pinched electric
filaments remain coherent over long
distances, spiraling around each
other, and forming helical
structures that can transmit power
through space.
Those strands of electric current
and spiraling formations are seen in
almost every body in the Universe.
Venus possesses a comet-like tail
that is "stringy," as NASA
scientists describe it. Twin
vortices of electric current are
also visible at Venus’ south
pole—counterparts to the those
discovered at Venus’ north pole.
Comets, themselves, are often
observed with twin tails, kinked
tails, "wiggly" tails, or multiple
tails.
Comets manifestly
demonstrate the electrical nature of
charged celestial objects.
Planetary nebulae are threaded
through with strings and webs.
Glowing, braided filaments are
sometimes visible in "jets" that
blast out from stars and some
galaxies. The filaments are called "Birkeland
currents," and they are the visible
portion of enormous electric
circuits that form that large-scale
structure of the Universe. The
circuits generate magnetic fields
that can be mapped, so their helical
shape can be seen.
Plasma's behavior is driven by
conditions in those circuits.
Fluctuations in current flow form
double layers with enormous voltages
between them. This means that
electric forces in double layers can
be several orders of magnitude
stronger than gravity. Double layers
separate plasma into cells and
filaments that can have different
temperatures or densities.
Various components coupled to and
driven by electric circuits in space
comprise the heart of Electric
Universe theory. Charged particles
accelerating through powerful
electric fields radiate energy in
many bandwidths. Changing conditions
within Birkeland currents can alter
the radiation patterns in some
galaxies over time.
According to a recent
press release, a
"colliding" pair of galaxies is
creating a double-eye formation in
Markarian 739. Since it is a
foundational assumption of modern
astrophysics that over 90% of
galaxies harbor Supermassive Black
Holes (SMBH) with gravity exceeding
100 million stellar masses, the
conclusion is logical from a
conventional viewpoint. They are
detectable because vast clouds of
dust and gas are supposed to keep
them "fed."
However, the Electric Universe
position in these cases is that the
image is a view "down the barrel" of
a Birkeland current filament pair
spiraling down and concentrating
electrical energy. The Bennett pinch
regions are seen end-on, where
electricity flowing into them causes
plasma to erupt in a burst of
radiation.
Stephen Smith
New
DVD
The Lightning-Scarred
Planet Mars
A video documentary that could
change everything you thought you
knew about ancient times and
symbols. In this second episode of
Symbols of an Alien Sky, David
Talbott takes the viewer on an
odyssey across the surface of Mars.
Exploring feature after feature of
the planet, he finds that only
electric arcs could produce the
observed patterns. The high
resolution images reveal massive
channels and gouges, great mounds,
and crater chains, none finding an
explanation in traditional geology,
but all matching the scars from
electric discharge experiments in
the laboratory. (Approximately 85
minutes)
Video Selections
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