Sep 25, 2008
Star Formation in the Southern Pinwheel
The extended arms of M83 appear to show active
star-forming regions where they should not exist. Does this
help to confirm the Electric Universe theory?
NASA launched the Galaxy Evolution Explorer (GALEX) observation platform on
April 28, 2003. Originally planned as a 29-month mission, NASA has since
recommended that the mission be extended until the fuel cells are exhausted and
no further course adjustments can be made.
NASA announced the discovery of stars bursting into ignition far from the
normally active regions where conventional science says such events should
occur. Because stars are said to evolve from collapsing clouds of hydrogen and
helium and to derive their energetic emissions from thermonuclear processes,
there needs to be concentrations great enough for the stellar nebulae to
gravitationally compress the gases until they fuse into heavier elements.
M83 defies that convention because scientists have found that the spiral arms
of the galaxy thousands of light-years in extent exhibit high-energy
x-rays and extreme-ultraviolet light that seem to confirm the high
temperatures necessary for star-birth. In order to validate their observations,
the GALEX mission specialists turned to the
Very Large Array (VLA) for help.
In the image at the top of the page, the combined shots from GALEX and the VLA
show lengthening of the galactic arms beyond what is seen in
visible-light. Using other data obtained from the Chandra X-ray Observatory,
the arms shine with an intensity that cannot be adequately explained merely
through the mechanical compression of molecular hydrogen.
In a previous Thunderbolts Picture of the Day, we paid tribute to a pioneer of
Winston Bostick. Bostick is noted for his work with laboratory-scale
plasmoid experiments and the construction of a dense-plasma focus device. One of
his major contributions to astrophysics is the controversial hypothesis
regarding the way that
galaxies mature from initial quasi-stellar (QUASAR) conglomerations of
Bostick saw the universe as a continuous process of current flow through tenuous
plasma that forms its substance, so his analysis of galactic behavior is based
in electricity. Against a background magnetic field, the current flows in the
form of invisible (dark current) cosmic Birkeland current filaments. The induced
rotation of Birkeland current pairs, where they intersect, is responsible for
the formation and rotation of a galactic disc, such as M83, and the production
of the characteristic spiral arms. Current flows in from the extra-galactic
environment from the edges of the disc where it then twists upward and downward
along the rotation axis in response to the generated magnetic field. It then
completes its circuit by spiraling back down to the edge of the disc.
Birkeland currents enable electricity to move great distances through space in a
manner analogous to power transmission lines on Earth. Plasma is compressed
within the vortical filaments in long lines extending out from the galactic
nucleus - sometimes the "lines" are seen in galactic images as "bars" that spin
at right angles to the current flowing out of the central bulge. It is in the
most dense current flows where stars form. The stars shine not because of
gravitational forces, but because of the electric nature of the universe and the
way that moving plasma behaves in a magnetic field.
Written by Stephen Smith from information provided by Wal Thornhill
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