Oops it seems the hot spots[I mean"Derived Positions") are almost gone for now

It not be much but it worth it a look.

Stereo Behind


www.lmsal.com...

Front


www.lmsal.com...

and



articles.adsabs.harvard.edu...

Today is 12 12 2012 and only two derived positions remain on the map.

Only 9 days until D day

Pictures from 12 11 2012


www.lmsal.com...


www.lmsal.com...

Are only 4 "Derived Positions" remaining concentrated in one region like the four signs that were given.


www.lmsal.com...

The relation between that article presented in the OP and the actual postion of the Derived Position s is given by the Time Wave Zero and to Zero.

The relation between the(photospheric) magnetic field of the sun and longitudinal component is given by the tendence of the flares to originate where this component tends to zero.

Abstract.

"The Consistency of the magnetic field of the sun corroborated with a skipped magnetic poles reversal cycle of the Sun that didn't took place at the period cycle make magnetic field to weaken at a point where the flares can be diminished in presence and concentrate them in an certain area related to time wave zero.

Therefore the Derived Positions can at some point remain the only physical presence of the flares and not only.

Because there is no universal accepted knowledge for the Sun's long time cycle we can only speculate that the long time cycle of the sun is comming to zero as time and energy and coincides with the time wave zero and to zero.

A quiet radio and magnetic signal of the sun can also give a criteria of the approach of uncertain phenomena like energy tendency to zero for a short period of time like 3 days.

The return of the magnertic shield of this huge reactor can get the cycle to normal parameters only if the hydrogen atoms in chain with the helium resultant will enough collide in quantity and not only to give the necesary amount of energy for the reactor to restart."


Meh I hope this helps.

If 1633 and 1634 will go together and unite in one spot it will be not good.

That will mean The 13th and the 14 th sin to unite in one Sin.

I hope not.

Nice pictures. Are you saying that sun flares are atttracted along the stronger magnetic field lines?

Only Three now..1633 1634 1635 and only one active

1635

31 gev_20121219_0443 2012/12/19 04:43:00 04:53:00 04:47:00 B5.8 N08E79 ( 1635 )
32 gev_20121219_2239 2012/12/19 22:39:00 22:44:00 22:42:00 B4.4 N09E69 ( 1635 )
33 gev_20121220_0719 2012/12/20 07:19:00 07:26:00 07:22:00 B4.1 N13E60 ( 1635 )
34 gev_20121220_0943 2012/12/20 09:43:00 09:49:00 09:46:00 B4.9 N06E67 ( 1635 )
35 gev_20121220_1621 2012/12/20 16:21:00 16:40:00 16:34:00 B4.4 N08E56 ( 1635 )
36 gev_20121221_0450 2012/12/21 04:50:00 04:58:00 04:54:00 B6.0 N14E48 ( 1635 )
37 gev_20121221_0607 2012/12/21 06:07:00 06:18:00 06:09:00 B6.8 N14E52 ( 1635 )
38 gev_20121221_1216 2012/12/21 12:16:00 12:22:00 12:18:00 B4.3 N10E39 ( 1635 )
39 gev_20121221_1408 2012/12/21 14:08:00 14:15:00 14:11:00 B3.8 N11E38 ( 1635 )
40 gev_20121221_1703 2012/12/21 17:03:00 17:11:00 17:08:00 B5.4 N10E37 ( 1635 )

www.lmsal.com...

reply to post by piequal3because14


Ill S/F you. Is the suns magnetic field shaped like that of a bar magnet with N and S poles?

reply to post by AthlonSavage

Nope. Not exactly

reply to post by Phage


Thanks, a diagram says a thousands words as they say.

It looks like the field lines are emanating and joining the bright spots in the suns surface corona. There was the last thing i expected, bizzare.

reply to post by AthlonSavage

In that image polarity of the regions is indicated by black/white. Notice the field lines run from black to white.

reply to post by Phage



The black/white regions then are likely to be areas where the sun has a high concentration of Iron metal. Iron is a common ferromagnetic material found inside the earth and it reasonable to consider that there will be a high concentration of Iron inside the hot plasma of the sun.

reply to post by AthlonSavage

The black/white regions then are likely to be areas where the sun has a high concentration of Iron metal.

Why?

it reasonable to consider that there will be a high concentration of Iron inside the hot plasma of the sun.

Why?

reply to post by Phage


Why?

Because I think the sun acts like a Dynamo generator of energy using magnetic induction in a method not unlike how a Power Plant generator produces energy. Like a generator there is a inner rotating core which for the Sun will be represented by flows of liquid metal (Iron) within the core. I say Iron as the metal cause its commonly found in earth and also is a good conductor of free electrons (electricity). Without the free flow and circulating flows of electrons inside the Suns core then magnetic induction cant happen.

The outer part of the sun is a hot plasma layer hydrogen/helium. I believe the plasma also contains concentrations of Iron. Iron is a ferromagnetic material so if its exposed to the magnetic field of the inner core it will become magnetised.

This may explain the phenomenon of the suns matrix of magnetic fields. If its not this then how do the magnetic fields observed become created?

reply to post by AthlonSavage

Without the free flow and circulating flows of electrons inside the Suns core then magnetic induction cant happen.

If the Suns' magnetic field is produced by its core why is it not a bipolar field like Earth?

This may explain the phenomenon of the suns matrix of magnetic fields. If its not this then how do the magnetic fields observed become created?

Convection of cells of plasma. Plasma is composed of charged particles. Currents of charged particles create magnetic fields.


BTW, all indications are that iron does not exist in high concentrations in the Sun.

reply to post by Phage


Ok convection of cells of plasma yes thats plausible but im not completely sold on that theory.

If the Suns' magnetic field is produced by its core why is it not a bipolar field like Earth?

Im speculating here that possibly because its a dynamo with three separate sections which have their own characteristics.

First the inner central core which is as I described a circulating liquid flow carrying free electrons.

Then a second middle section which has a convection layer of different thermal and electrical resistance properties which allows flows in directions which are at tangents directions to the inner flow direction.

This middle section then produces the magnetic field vectors required to magnetise deposits of concentrated iron which resides in pockets on surface layer.

reply to post by AthlonSavage

Isn't plasma convection a lot simpler?
Just keeping Occam's razor in mind here.

This middle section then produces the magnetic field vectors required to magnetise deposits of concentrated iron which resides in pockets on surface layer.

You might want to refer to the Curie temperature of iron.

reply to post by Phage

Isn't plasma convection a lot simpler?

The plasma convection theory is simplier to understand because it eliminates the requirement for the sun to have iron as part of its make up. Im not saying the plasma convection theory is incorrect, but i am not sold on it.

Looking at that picture you linked that shows the magnetic flux lines i see what looks like bar magnetics sitting on the suns surface. There is also a large concentration of Iron inside the earth. These two things are not solid evidence for my theory but i can see how with the right fluid flows if set up inside the sun, then it might produce the right magnetic vectors at the suns surface to magnetise any iron deposited there.

reply to post by AthlonSavage

Looking at that picture you linked that shows the magnetic flux lines i see what looks like bar magnetics sitting on the suns surface.

You might want to refer to the Curie temperature of iron.

reply to post by Phage

You might want to refer to the Curie temperature of iron.

Read that and it basically says that for Iron its 1043 K or 770 Deg C. Iron loses its ferromagnetic property under 770Deg C. The present theory is the suns surface is about 5000 Deg C. This therefore indicates on of two things that

1. The plasma convection model is correct (the sun has no iron) for making the magnetic fields

or

2. The sun is really not as hot as it appears and this indicating the Hydrogen/Helium plasma model of the sun is incorrect.