It has been found that the Solar Wind works differently with positive ions and negative ions.* Protons are accelerated by the Wind in an even manner, passing the Earth in numbers and at velocities that can be predicted from various models by the temperature of the corona. But electrons behave in an unpredictable manner, not being accelerated at the proper velocity. They are moving too slowly. They have also been found to be diverted by magnetic field lines, while the protons were not.
This phenomenon, though long known, has never been explained. The standard model cannot explain it because the dipole field of electromagnetism is supposed to be balanced. That is to say, the proton is not given more charge than the electron, or vice versa. The electron attracts the proton just as much as the proton attracts the electron. Given a field of potential like this, there is no way to explain the different behavior of negative charge and positive charge. According to the standard model, the solar system is nearly neutral as a whole, so ions are accelerated due to very limited field or no fields. In other words, they are not being accelerated by some long-range potential between the Sun and outerspace, they are being accelerated by short-range potential differences in the outer layers of the Sun, or are being ejected directly from the interior as thermonuclear by-products. Other explanations are also advanced. But none can explain the data. If the ions are accelerated by charge, then the electrons should be going in opposite directions to the protons. If they are accelerated by mass, the electrons should be accelerated more, not less. The proton has more inertia, so it should resist acceleration better. Likewise if ions are ejected from the solar interior: electrons should be ejected at greater velocities, since they are smaller. Or, if they are both ejected near c, and are nearly equivalent due to the limit at c, then they should be nearly equal. In no case should the electron be accelerated less, or be more easily diverted.
But the plasma or electrical sun model can also not explain it. The only prominent competing theory of solar energy to attract any attention in the past half-decade has been the electrical model, which came (in twisted channels) from Velikovsky and plasma research. According to this theory, the Sun is a giant anode being fed energy from cathodes in the rest of the galaxy. But if this is so, then only the protons should be accelerated out from the Sun. The electrons should either never be ejected, or they should loop back immediately. This theory is also contradictory in the way it treats the Earth and the Solar Wind. According to Ralph Juergens (following Tesla), the Earth acts like a well of negative charge. As such, it should repel negative ions in the Solar Wind. Instead, we find that the Earth, via its magnetosphere, excludes both negative and positive ions. The E/M field, which is supposed to be field of potential in both the standard and plasma models, is not acting like a field of potential.
Both models use plasma to explain Solar Wind exclusion, but neither model is consistent. Let's look at how Wikipedia uses plasma to explain Solar Wind exclusion. On the page entitled “Magnetosphere”, we are told of the Solar Wind that:
Its composition resembles that of the Sun—about 95% of the ions are protons, about 4% helium nuclei, with 1% of heavier matter... and enough electrons to keep charge neutrality.
See a problem there? You cannot maintain charge neutrality with 99% positive charge. That leaves less than 1% negative charge, and <1% cannot balance >99%. The electron and proton have equivalent charges, by the first postulate of modern theory. Then we are told,
Physical reasons make it difficult for solar wind plasma with its embedded [interplanetary magnetic field] to mix with terrestrial plasma whose magnetic field has a different source. The two plasmas end up separated by a boundary, the magnetopause, and the Earth's plasma is confined to a cavity inside the flowing solar wind, the magnetosphere.
“Physical reasons.” I will have to remember that next time someone asks me a question about mechanics. “Physical reasons,” I will say. I am not questioning that plasmas may create these boundaries, I am pointing out that we require a mechanical explanation for it. An existential explanation will not do. “Because plasmas work like that” is not a mechanical explanation.
Since neither the standard model nor the plasma model has given us a satisfactory explanation for the electromagnetic action of the Solar Wind, I will offer a third model here, one that is far simpler and far more comprehensive.
In a series of other papers, I have shown that the Solar System is neither wholly gravitational, as the standard model would have it, nor mainly electrical, as the plasma model would have it. Like all else in the universe, the Sun and its environs are driven by the unified field. I have shown that Newton's main gravitational equation is really a simple unified field equation, and that it has contained the charge field from the beginning. I will now show how this explains various electrical anomalies in the Solar Wind and in the electrical fields of Solar System bodies.
The Sun is neither a classical anode nor a simple thermonuclear machine. Nor is it, at the foundational level, a direct outcome of plasma physics. Plasma physics, like all other physics, is underpinned by the unified field. Instead, the Sun is both a huge fusion reactor and a huge recycler of the charge field. In fact, it requires this recycling of the charge field in order to feed the fusion process.
http://milesmathis.com/pause.html
... and get a fresh track to start with the fundamental "in the beginning" question... then he may go close to cracking the big UTOE
...with his expansion theory? 
