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[ link to www.publish.csiro.au] The mainstream sees a correlation between the sun's rotation rate, and the motion of the sun around the solar system barycenter. They don't see a plausible mechanism for the coupling. It is a simple EU concept that a star's rotation rate is a function of current flow. And we've seen in other threads (i.e. 11 year solar cycle), that the sun's motion around the barycenter, changes the sun's position in the background electric field. Now what you are going to say, is that the motion of the sun around the solar system barycenter is trivial. This slight motion of the sun through any electric field, can not possibly cause a noticeable change in current flow through the sun. What Donald Scott has been saying all along, is that the sun is a transistor, and that means that only a slight change in voltage (sun moving around barycenter), can cause a large change in current (measured here by sun's rotation rate). Because the Sun's change in position within the galactic magnetic field causes current to form. This includes its travel relative to the galactic ecliptic plane, not just orbital speed and diameter. This process is occurring down to the smallest scales, as they are starting to realize. [ link to sci.esa.int] "Here, the re-connection occurred in electrical current sheets, no more than 100 km across, hinting at a possible mechanism that might also occur at smaller scales in the solar wind."
"This shows for the first time that the solar wind plasma is extremely structured at these very small scales," said Silvia Perri. "Although we haven't yet detected re- connection occurring at these sites, it is clear that we are seeing a release of energy approaching smaller and smaller scales, which may contribute to the overall heating of the solar wind." Quoting: observation
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