bright rings around sunspots

adding sci.astro. maybe they'll see a real question in all the current
noise...

"Ruth & Dave" wrote in message
...
Is there an acceptable theory as to their origin. Why they are in pairs-
why so much radio interference- Why the spots are dark. Does the suns
energy
output remain the same when there are many.
My thoughts are the rings could be interface of photon rings with the
suns
surface. This would possibly explain their dark centres and radiomagnetic
interference. On some sun images, on the edge of the disk, there appear
to
be domes of matter which I presume could be the edge -disk of photon
spheres.
Wild thoughts yes. It would mean several moving black holes or
densities on the sun. Perhaps it would mean the sun could virtually
switch
off on occasion.
I suppose a simple check would be to check the gravitational
lensing
effect over the domes.
regards Dave Reffin

"N:dlzc D:aol T:com (dlzc)" N: dlzc1 D:cox wrote in
message news:Ik9lc.51517$Jy3.7286@fed1read03...
adding sci.astro. maybe they'll see a real question in all the current
noise...

"Ruth & Dave" wrote in message
...
Is there an acceptable theory as to their origin. Why they are in pairs-

They are caused by loops of magnetic field which break the sun's surface, so
there has to be a pair; an "in" and an "out".

why so much radio interference-

Electromagnetic fields, that is.

Why the spots are dark.

They are only dark relative to the rest of the surface, and that's because
they are cooler.

Does the suns
energy
output remain the same when there are many.

Apparently.

My thoughts are the rings could be interface of photon rings with the
suns
surface. This would possibly explain their dark centres and
radiomagnetic
interference. On some sun images, on the edge of the disk, there appear
to
be domes of matter which I presume could be the edge -disk of photon
spheres.
Wild thoughts yes. It would mean several moving black holes or
densities on the sun. Perhaps it would mean the sun could virtually
switch
off on occasion.
I suppose a simple check would be to check the gravitational
lensing
effect over the domes.
regards Dave Reffin

Thanks- interesting the energy output remaining the same with high sunspot
activity or even a slight increase re recent reading.
http://www.exploratorium.edu/sunspots/index.html
regards Dave Reffin
"Jaxtraw" wrote in message
...
"N:dlzc D:aol T:com (dlzc)" N: dlzc1 D:cox wrote in
message news:Ik9lc.51517$Jy3.7286@fed1read03...
adding sci.astro. maybe they'll see a real question in all the current
noise...

"Ruth & Dave" wrote in message
...
Is there an acceptable theory as to their origin. Why they are in
pairs-

They are caused by loops of magnetic field which break the sun's surface,
so
there has to be a pair; an "in" and an "out".

why so much radio interference-

Electromagnetic fields, that is.

Why the spots are dark.

They are only dark relative to the rest of the surface, and that's because
they are cooler.

Does the suns
energy
output remain the same when there are many.

Apparently.

My thoughts are the rings could be interface of photon rings with
the
suns
surface. This would possibly explain their dark centres and
radiomagnetic
interference. On some sun images, on the edge of the disk, there
appear
to
be domes of matter which I presume could be the edge -disk of photon
spheres.
Wild thoughts yes. It would mean several moving black holes or
densities on the sun. Perhaps it would mean the sun could virtually
switch
off on occasion.
I suppose a simple check would be to check the gravitational
lensing
effect over the domes.
regards Dave Reffin