May 11,
2007
Electric Io Revisited
Evidence continues to
mount that the "volcanoes" on Jupiter's moon Io are exactly
what we have been calling them: "electric discharge plumes."
On January 19, 2006, NASA launched the
New Horizons
spacecraft, a mission designed to explore the outer solar
system, including Pluto, Charon and recently discovered
Kuiper Belt Objects
(KBO). In order to test the space probe's onboard science
packages before the planned July 2015 encounter with Pluto\Charon,
NASA trained their instruments on Jupiter and some of its
moons, especially Io.
In previous
Thunderbolt Pictures of the Day,
several confirmed predictions about the electrical activity
on Io have been discussed, notably, the intense electric
arcing between the moon and its parent body, Jupiter. More
recently, NASA scientists discovered a secondary electrical
connection between Jupiter and its moon,
Europa.
In the last several days, new images of Io have verified
those confirmed predictions, adding weight to the electric
discharge hypothesis. In this image of the
Tvashtar volcano
near the north pole of Io, a detailed picture of the
volcanic plume,
extending 290 kilometers above the surface was observed. As
NASA reports:
"The remarkable filamentary structure in the
Tvashtar plume
is similar to details glimpsed faintly in 1979 Voyager
images of a similar plume produced by
Io's volcano Pele.
However, no previous image by any spacecraft has shown these
mysterious structures
so clearly." (emphasis added).
In truth, from a conventional perspective, the filamentary
structure of this and
other volcanic plumes
on Io will never be adequately explained. The
astrophysicists and astronomers who analyze these images
have begun to gain ground, however, since New Horizons has
returned stunning examples of the
electrical connection
with Jupiter.
Part of the
caption accompanying the image at the top of this page
reads:
"On the left side of the disk, near Io's equator, a cluster
of faint dots of light is centered near the point on Io that
always faces Jupiter. This is the region where electrical
currents connect Io to Jupiter's magnetosphere. It is likely
that electrical connections to individual volcanoes are
causing the glows seen here, though the
details are mysterious"
(emphasis added).
Once again, NASA analysts see the truth before their eyes,
acknowledge the electrical activity in the Jovian system,
but fail to draw the logical conclusion. The
electrical circuit on Io
is concentrating the intense bombardment from Jupiter into
several
"plasma guns,"
or
dense plasma foci.
As noted plasma physicist
Anthony Peratt observed:
"The apparent filamentary penumbra on Io
may be the first direct verification of the plasma gun
mechanism at work in the solar system."
By Stephen Smith
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