Plasma bubbles feeds Coronal Mass Ejections.

This is another amazing picture of the Sun.

I found it at space.com


Credit: Japan's Hinode Spacecraft, Lockheed Martin

The Sun is made of Iron

http://www.thesurfaceofthesun.com/

This is an amazing site. It finalizes the description I made that the planets are ordered by density by showing the sun is made of very dense materials. It also shows plasma. There is a lot here. I am going to take some time to read this.

http://www.plasma-universe.com/Plasma-Universe.com

2010-04-20 Addendum
Solar Tsunami
Credit: The Surface Of The Sun
Michael Mozina

Amazing work. This certainly clears things up. Wow!!!

Moon's motion through the Earth's Magnetosphere

I hold two models of the moon's motion. Both models require the Earth's Magnetosphere. I am moving from model one to model two because of the phases of the moon and the solar eclipses.

1) The moon is in the tail of the magnetosphere. As the Earth moves around the sun the magnetosphere pushes back the dark matter creating a bubble and ending in a tail. The denser side of the moon which always faces the earth is moving within this tail. This is like drafting in car racing. As the dark matter returns to its normal shape as the earth passes.

But this model has some issues and solves some issues.

Issues it solves. Tides. the tides occur every 12.5 hours. This would account for a small wobble in the moon's motion that causes this tidal force. Every 12.5 hours the moon is closer to the earth causing a high tide and every 12.5 hours the moon is further away causing a low tide.

Issues it creates. This model cannot allow for solar eclipses or phases of the moon.

I now think this is more like what is happening.
2) The moon is moving around the earth in its magnetosphere. Much like what is already known. But the face of the moon is always facing the earth. This would be caused if the moon is acting like a top. The more dense face points to the earth and the moon slightly rotates around the axis. This would allow for a small magnetic field for the moon. Other moons in the solar system follow this model. The moons of mars and the inner 4 moons of Jupiter do not rotate in relation to the observer on the planet. But they do rotate like a top.

Issues this model solves: The phases and eclipses.
Issues this model creates: It leave open how the tide work. This will still need to be examined.

I think the moon uses the second model in motion. This changes my original model of how the moon moves.

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As I find citations to ideas I have had I will add them to the blog. If there are disproofs of ideas I have had I will also add them to the topic.

As the solar wind flows from the sun, it carves out a bubble in the interstellar medium.