I would like to see the positions of the moons over time. This would show how objects move within the planet's magnetosphere.
The mechanics of this shape are described through out this blog. This picture also shows what I have described as an error in elliptical orbits. The primary focus of the ellipse is based on the interactions between planet's magnetosphere and the solar winds, plus several described variables.
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4 comments:
Dear Aaron: The magnetosphere of Neptune is amazing. Do you know how it was formed? And how moons relate to various planets' magnetospheres. Is a magnetosphere originally formed during a planet's formative molten (plasma?) stage? Thanks! Good to see you "back on board"!
Hi Chiccoreal,
Neptune is beautiful. I am going to take some time to answer your questions in detail.
I setup the problem using the comet with two tails.
http://aaronsreality.blogspot.com/2010/11/why-is-it-that-comets-have-two-tails.html
Looks like you are an expert in this field, you really got some great points there, thanks.
- Robson
Robson,
Thank you for the kind comments. This is a model, and like every model, refinement is always necessary. If you have any questions or something does not make sense, please comment on the posting.
Thanks again,
Aaron Guerami
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