On Feb 13, 11:51 pm, Sam Wormley wrote:
malibu wrote:
On Feb 13, 10:00 pm, Sam Wormley wrote:
Laidback wrote:
wrote in ooglegroups.com...

Sunspots Much HOTTER Than Sun's Surface

Contrary to currently-accepted theory, sunspots are
actually much HOTTER than the surrounding surface of the
Sun.

The dark center ("umbra") of each sunspot is much
hotter ("ULTRA HIGH TEMPERATURE") than the surrounding
"penumbra", which in turn is much hotter ("INTERMEDIATE
TEMPERATURE") than the remaining surface, as evidenced
by the very bright boundary line surrounding the
penumbra.

Extremely Blue shifted?

The Sun's outer visible layer is called the photosphere and has a
measured temperature of about 6,000°C .

Sunspots are dark depressions on the photosphere with a measured
temperature of about 4,000°C .

Oh, I dunno, Samm.
I kinda like the idea of a temperature so high
that there are no atoms; just energy
whizzing around.

And the only way it gets away
from the Sun is if it
forms into linked symmetrical rotations
of one-to-one and leaves
at lightspeed as radiation, or if it falls into
linked rotations of one-to-two
and leaves with the Solar Wind as
newly-created matter.

I like simplicity.

Then you'll like black holes, John.


Yes, Sam.
The Black Hole is the vortex that splits
the virtual particle into negative and
positive plasma by its intense rotation.
These plasmas are ejected in opposite directions
by its magnetic poles (the so-called 'pillars of
creation) at right-angles to the galactic disc.
As the disc sweeps round, the two types of plasma
co-mingle into spheroids of turbulent energy
(stars) in which the positive and negative
try frantically to rejoin. They do this by
becoming radiation and matter.
As the energy slowly bleeds away as radiation
and matter, the 'density' decreases, until it reaches a
critical point, where the star dies, by going nova
or otherwise, and one is left with the matter produced
and the radiation.
This happens constantly, and there are large amounts of
planets, moons, meteorites and dust and neutron stars
left overin the so-called dust-lanes quite visible
to us, which eventually fall back into the
*Black Hole*.
Thanks, Sam!

John
Galaxy Model for the Atom
http://users.accesscomm.ca/john