- The first axiom is that Brown dwarfs are capable of being captured by main sequence stars. This historically was an outrageous idea in the 50s, but any objective observer will notice that there are now countless instances, in our solar system and in exoplanetary systems, in which gas giants, moons and satellites have either been captured, or have experienced planetary migration. So really the severe stigma attached to this idea is a relic of simpler times in astronomy.
- The second axiom is that planetary capture is only possible in the Electric Universe model, because the flaring and violent outbursts of the captured bodies expel materials, and in the process lose both mass and charge, so that the required braking mechanism for capture is present. Otherwise, interloping objects should pass right by and not be captured.
So the question is, "If the planets are secondary electrodes, that is cathodes, in the solar discharge, what are the electrical connections of the planets to the Sun ?"
In a lecture to the NPA in Maryland in 2012, Wal Thornhill said,
- "What I've shown here, coming down from the top left, is a red dwarf which has entered the Sun's electrical environment.
The two heliospheres have touched and then, when that happens, they see each other electrically.
Now the Sun is treated in the Electric Universe as an anode, a positively charged body.
A red dwarf is a much less positively charged body, which is glowing dimly. So when it enters the Sun's domain it becomes a comet, and it switches from being an anode to a cathode.
Also their electrical forces start to apply in the form of modification of the mass of the objects in that brown dwarf system."
He continues,
"When you've captured all of these bodies it must be total chaos in the solar system. All of the orbits have to be adjusted to achieve stability.
And that's when I came up with this idea that all planets in the solar system act as secondary electrodes in the Sun's discharge. They are less positive than the Sun, they are therefore cathodes. They emit electrons. In this case they're all drawn into the current sheet of the Sun."
"...and it's this electrical transfer between the inner planet and the outer planet that spaces them and stabilizes the system. So that's my contribution - Electrically Modified Newtonian Dynamics - I call it. It's very simple, the equations are just involved high school physics.
It explains the electrical capture, the avoidance, and rapid orbit stabilization.
It explains the transition of the captured system from a brown dwarf to a gas giant. It's no longer a star, and it has to adjust to its electrical environment, and that may involve flaring and violent outbursts, just like comets."
There are already amazing threads and TBP publications which discuss the abundant electrical phenomena present at the poles of nearly all of the planets, as well as outcomes from Birkeland's little Terella experiments. Not a new subject. In this context, though, the planets are discussed as cathodes to the Sun, which emit electrons toward the sun in a circuit.