Transcribed by Bert.
[8 August 2015 Part 3]
(13:15 mark)
Caller: I’ve noticed with positive and negative charge, the way they emerge in Physical is asymmetrical. You get negative charge on a really small particle called - umm, umm, you know it’s a negative charge - whereas a positive charge is in a proton which is much larger, and physics will divide a proton into 1/3 charges, which seems to me to be more of a mathematical convenience.
iON: They’re 1/8 charges, not 1/3.
Caller: 1/8 charge! So now, you’ve got 8 quarks?
iON: At a time!
Caller: Why would an electron be complete, and a proton be divided up and much larger? There’s an asymmetry there, so I am curious about that because there is nothing in physics that would explain that kind of asymmetry.
iON: Physics can’t even explain physics!
Caller: Can you explain why there would be such a difference between negative and positive charge?
iON: It’s not a negative or positive charge. It’s the difference between the polar equation, the distance between them.
Caller: So, the distance would then explain why an electron is so small, and a proton is so big?
iON: Umm, yes!
Caller: OK!
Bob: Hey, Caller! Just a second! Ask iON - to get yourself relevant here - ask them what you’re trying to find out, and what they just said, how does that relate to our Coldplay. Get right into something that’s happening! They may not answer it, but try!
Caller: You know, I don’t know much about your Coldplay, but iON did mention a positron in relation to Coldplay, or at least the iCell.
iON: Yes, we did! Do!
Caller: OK, so one question I have is: the electron and positron are about the same size. Is that right?
iON: Relatively speaking, because not necessarily. See, you're gauging something based on an outcome which may not necessarily be that.
Caller: What I am curious about is, you get electron and positron which are similar sizes, but they don’t attract. Well, they do but when they meet, they annihilate.
iON: They repel! They repel until to make the distance – the greatest distance from North and South pole - connect. That’s how that works.
Caller: So, they don’t annihilate?
iON: They can, that’s not their drive but they certainly can.
Caller: Why does a positron and the proton behave so differently?
iON: They don’t behave differently.
Caller: Well, as far as I know, a positron will attract an electron, and I don’t know if they ever meet or not. I don’t really know.
iON: That’s the point! It’s anything that extends the distance between the North and South pole. The quickest, fastest, in Ockham’s Razor, is what always happens. So, all that other gobble-dee-gulp conversation doesn’t apply.
Caller: So, you are saying the fundamental force is “repulsion”?
iON: Completely!
Caller: Which is associated with the idea of “expansion”, is that right?
iON: It might expand, but it doesn’t matter.
Caller: If everything is repulsing, the idea of…
iON: Not everything, just the distance between the furthest magnetic field. The North and South, the reason they click together is to make the further distance between the poles. Everything that can extend that pole further is what’s happening. So, the magnet doesn’t attract, it’s just making the distance greater between the two polar ends of the force.
[8 August 2015 Part 3]
(13:15 mark)
Caller: I’ve noticed with positive and negative charge, the way they emerge in Physical is asymmetrical. You get negative charge on a really small particle called - umm, umm, you know it’s a negative charge - whereas a positive charge is in a proton which is much larger, and physics will divide a proton into 1/3 charges, which seems to me to be more of a mathematical convenience.
iON: They’re 1/8 charges, not 1/3.
Caller: 1/8 charge! So now, you’ve got 8 quarks?
iON: At a time!
Caller: Why would an electron be complete, and a proton be divided up and much larger? There’s an asymmetry there, so I am curious about that because there is nothing in physics that would explain that kind of asymmetry.
iON: Physics can’t even explain physics!
Caller: Can you explain why there would be such a difference between negative and positive charge?
iON: It’s not a negative or positive charge. It’s the difference between the polar equation, the distance between them.
Caller: So, the distance would then explain why an electron is so small, and a proton is so big?
iON: Umm, yes!
Caller: OK!
Bob: Hey, Caller! Just a second! Ask iON - to get yourself relevant here - ask them what you’re trying to find out, and what they just said, how does that relate to our Coldplay. Get right into something that’s happening! They may not answer it, but try!
Caller: You know, I don’t know much about your Coldplay, but iON did mention a positron in relation to Coldplay, or at least the iCell.
iON: Yes, we did! Do!
Caller: OK, so one question I have is: the electron and positron are about the same size. Is that right?
iON: Relatively speaking, because not necessarily. See, you're gauging something based on an outcome which may not necessarily be that.
Caller: What I am curious about is, you get electron and positron which are similar sizes, but they don’t attract. Well, they do but when they meet, they annihilate.
iON: They repel! They repel until to make the distance – the greatest distance from North and South pole - connect. That’s how that works.
Caller: So, they don’t annihilate?
iON: They can, that’s not their drive but they certainly can.
Caller: Why does a positron and the proton behave so differently?
iON: They don’t behave differently.
Caller: Well, as far as I know, a positron will attract an electron, and I don’t know if they ever meet or not. I don’t really know.
iON: That’s the point! It’s anything that extends the distance between the North and South pole. The quickest, fastest, in Ockham’s Razor, is what always happens. So, all that other gobble-dee-gulp conversation doesn’t apply.
Caller: So, you are saying the fundamental force is “repulsion”?
iON: Completely!
Caller: Which is associated with the idea of “expansion”, is that right?
iON: It might expand, but it doesn’t matter.
Caller: If everything is repulsing, the idea of…
iON: Not everything, just the distance between the furthest magnetic field. The North and South, the reason they click together is to make the further distance between the poles. Everything that can extend that pole further is what’s happening. So, the magnet doesn’t attract, it’s just making the distance greater between the two polar ends of the force.
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