(L) So the other thing that occurred to me as I was thinking about this is the approach of a companion to our own sun. I tried to find some information on what are the distances between binary pairs. Well, what are the distances between binary pairs when they arc? Watching this “Symbols of an Alien Sky” video about Mars and the electrical arcing that obviously took place there, we know that it probably happened between Mars and Venus when Venus entered the solar system as a highly charged cometary body as theorized by Velikovsky, or the giant comet theorized by Clube and Napier. I don't think that it had anything to do with Saturn {or other planets} being really close as Talbott wants to think because we're talking about some gravitational influences that would have torn smaller planets to pieces.
So then I started thinking that okay, if there's an electrical arc between binary stars, it's a flash, an electrical flash... But we know that electricity can also flow through the air without being such a momentous event as a flash, or a lightning discharge. There can be slow, ongoing discharges, or there can be increasing discharges. And what if that is what's happening to our solar system right now? This companion star is supposedly approaching, and it is increasing this flow. And the C's said that yes, it grounds the flow and gets the engine running. But I don't understand, and what I can't fix into the idea, is why would it slow the planets down? Is it because it increases gravity? I don't understand. If you run electricity through a coil, you create a powerful electromagnet. Well, that's a stationary coil. And maybe that's kind of what we're dealing with here. You've got a stationary coil...
(Perceval) Well what causes a planet to spin in the first place?
(Ark) Nothing is causing it.
(L) Why would a current flow...
(Ark) Once it starts spinning, it spins.
(L) It spins because I mean look at Venus. It spins once every 243 days.
(Ark) So question is why it starts spinning?
(Perceval) What would slow something down?
(L) Why would electricity, or a current grounding through a spinning magnet, slow things down?
(Ark) How much is it slowing down?
(L) Venus slowed down. It was significant. They were shocked because it was so off.
(Andromeda) Wasn't there something about Sirius?
(L) Yeah, like some people were doing observations and their instruments were trained on Sirius, and every time its companion moved in front of it and between Sirius and earth, the earth's rotation slowed down, and when the companion had passed, earth sped up again. So then when the companion star of our sun lines up, it would have a greater effect {one would think}.
(Belibaste) Maybe, a rotating body is negatively charged, and the space around it is positively charged. It's like a motor, with a rotor and a stator. If the sun activity reduces the charge of the surrounding space, that is, the stator drops, then the rotor, i.e. the planet, turns slower. The companion star could have discharged the sun massively…
(L) Well, if electricity in the solar system is increasing {which we don’t know is the case, it could be decreasing as you say}, why is our magnetic field decreasing? We have these several problems all at the same time. The slowing rotation of the planets, the heating of the planets, we have the opening up of our planet making all kinds of weird things like sink-holes and trees falling down and weird sounds and earthquakes and volcanoes going off all over the place, mud erupting out in Indonesia or Malaysia or wherever the heck it is. All this stuff is going on, and we don't have a theory that deals with these phenomena!
(Perceval returning to the room) 6.5 minutes.
(L) Venus's day slowed down 6.5 minutes. That's a lot. [wind noise... ] So, anyway, my thought is what if our companion star, assuming we have one, approaches and there is an arc-like discharge? What if that's what happened to Mars? What if that happened at one time in the past to the planet that is now the asteroid belt?
(Belibaste) I guess it will depend on the location of the planets in relation to the two stars. If you're in between or not far from the arc, it will follow the path of least electrical resistance.
(L) If you're a person and you're standing there, and you've got the kite in the air and your feet on the ground, you're in the middle, lightning strikes, and it's frying time!
(Burma Jones) Which may explain Mars and the positive and negative effects noted in the “Alien Sky” video.[windy!]
(L) When you look at the laws that show how the planets are distributed and Venus happens to be where it is because it sort of kind of belongs there, and the asteroid belt is there because another planet that really ought to be bigger belonged there, and so there's some instability in the solar system... And all these processes take place over millions of years…
(Belibaste) And when you see how a comet which is not a huge astral body can lead to these discharges in the solar system and produce major climatic change on planets, a body like the companion to our sun... it can trigger massive discharges.
(Ark) But I want to point out that there is an evident contradiction between what electric universe people say about pulsars and what Cs said about pulsars. Cs evidently used the term "neutron stars" and electric universe people are laughing about neutron stars.
(L) But they said neutron "star"... So was it really a star is the question?
(Ark) No, the electric universe people are laughing at the concept of neutronium. (L) Yeah. So, in any event, are we moving... I guess my question is: Is my idea about this discharge between our sun and its companion going in the right direction?
A: Yes.
Q: (L) But it obviously needs more work.
A: Yes.
Q: (Ark) Is it electric or something else?
A: Electric!
Q: (L) Is the sun, or the star, just like a large-scale manifestation of ball lightning?
A: Close.
Q: (L) But obviously, it has mass.
A: Yes.
Q: (L) Okay, so something to work on. Well, ya know they're like light bulbs because when you're reading Victor Clube and he's talking about some of the observations of solar system formations that they've been able to do with the telescopes like Hubble, that when these nebular disks start forming and very young stars have double streamers that come out of them. They're like electric currents, like coming out of the north pole and a south pole. So, there's a lot of interesting stuff that's in there that kind of fits in, and I guess what we're looking at... Maybe we'll have a gradual charge, a slow charge, or a big flash. I dunno. (Ailen) But did they answer your question about the slowing down though? (L) What is the cause of this slowing down?
A: Slowing down was well enough explained by Pierrrr.
Q: (L) Do you mean Belibaste?
A: Yes
Q: (Ark) Perratt! (L) What's Perratt? (Ark) Perratt is this plasma guy. (L) Oh!
A: Both!
Q: (L) So they're talking about Belibaste and Perratt. Why is the electromagnetic field weakening?
A: Spinning is slowing!
Q: (L) So the electromagnetic field of the earth is a property of its spinning? And it's spinning is a property of... can be affected by electric stuff. (Belibaste) Yeah, like a motor, if it slows down, it generates less electromagnetic field. (Perceval) Getting ready for a flip.