The Fissioning Process of Stars

[D_Archer]

Thank you, Daniel.

Solar Flares are your average observable "garden variety" fissioning process.

When a large flare and CME occurs, a huge spinning ball of plasma is ejected from the Sun.
I hypothesize, that when a critical mass/energy level is ejected, that such a CME will form into a celestial body.

And after celestial bodies form they draw in currents from their parent star's emitting field and grow.
~Paul

That is a nice idea, but we have no observations of this actually happening, and a 'plasma ball' or plasmoid like this would not have an internal structure like planets have (differentiated and a core), the pinch products are hollow....there is no way it could cool off and become planet-like..unless you know a way...

Regards,
Daniel

[comingfrom]

Thank you, Daniel.

You are straight to the point.
Can a plasmoid condense into a cold body?
To me, it doesn't seem so unfeasible.
Maybe it just takes the right conditions. Like a pinch that forms a neat plasmoid with good mass and spin. And not crashing into the path of a planet on its way to the colder regions of the heliosphere, which would disrupt its shape and form and destroy the possibility of it forming a body.

I can imagine a well formed spinning plasmoid gradually condensing as its energy or charge dissipates.
Maybe that is what Oort cloud bodies are; condensed plasmoids that were spat out by the Sun.

Pure speculation, I know it is not a proven concept. But I was encouraged by the data. The Sun regularly ejects masses the size of small planets. On reading a NASA description of one, how it stayed together as a plasmoid, even had spin, it seemed to me to already be a quasi-planet. I can never again find articles I once read, but I did find this. Coronal Mass Ejections Reach the Heliopause

That is an artist's approximation, but it does show us that CMEs do reach the outer heliosphere intact. Maybe not as smears, as depicted in the drawing, because smearing indicates dissipation, but then they would not still be intact at such distance if they were dissipating.

Most of the info about CMEs seems to focus on their creation or their interaction with planets. Not much info about their "in flight" behavior, or of their latter end.
Regards
~Paul

[D_Archer]

Most of the info about CMEs seems to focus on their creation or their interaction with planets. Not much info about their "in flight" behavior, or of their latter end.
Regards ~Paul

That is because away from the Sun they indeed are no longer there...

This is the best i could find about their creation/interaction at the sun>
http://www2.mps.mpg.de/homes/schuessler ... 120814.pdf
[no mention of electric nor magnetic fields...]

Regards,
Daniel