Apr 27,
2007
Galactic Currents or
Collisions?
Although there is only
one image, the mainstream view and the plasma view see
entirely different objects.
The Astronomy
Picture of the Day described this image this way:
“What causes
this unusual structure near the center of our Galaxy? The
long parallel rays slanting across the top of the above
radio image are known collectively as the Galactic Center
Radio Arc and jut straight out from the Galactic plane. The
Radio Arc is connected to the Galactic center by strange
curving filaments known as the Arches. The bright radio
structure at the bottom right likely surrounds a black hole
at the Galactic center and is known as Sagittarius A*. One
origin hypothesis holds that the Radio Arc and the Arches
have their geometry because they contain hot plasma flowing
along lines of constant magnetic field. Recent images from
the Chandra X-ray Observatory appear to show this plasma
colliding with a nearby cloud of cold gas.”
What’s unusual
for orthodox astronomy is familiar for plasma astronomy.
What orthodoxy sees as “long parallel rays”, plasma
astronomy sees as spiraling pairs of magnetic-field-aligned
Birkeland currents. The “strange curving filaments” in the
conventional view are, in the plasma view, more Birkeland
currents feeding
electrical power into the galactic center. The
popular theory-derived “black hole” is, with plasma, a
scaled-up version of an empirically laboratory-demonstrated
plasmoid. Although convention gives token
acknowledgement to plasma in the next-to-last sentence, the
final sentence belies its ignorance of how plasma actually
behaves: Field-aligned plasma flows are better known as
Birkeland currents. They generate x-rays electrically, not
from the
heat of collisions.