Transcribed by Bert.
[March 8, 2014 Part 1 (1:28:25)]
iON: Positive and negative just extends the distance between the poles - there is no positive or negative - there’s only extension of the distance between the two poles - the polar attraction. Do you know two magnets - when they say opposites attract - when you have magnets, and they click together? They are not attracting - they’re just trying to make the two poles further away. That’s why they have a magnetic resonance that connects them together - the North and South to make the distance between the ends of that axis further apart - that’s the part. So it’s a repulsion.
[iON on “PAYDAY” March 15, 2014 Part 2 (1:07:08 mark)]:
Caller: Most of the books talk about magnets as having an attracting property, not that they’re like a vice grip where they’re tweaking together.
iON: They don’t! They don’t! They only repel! They can’t attract, and if they attract, guess what? They would attract from the north end or the south end - they don’t! So, they can’t attract - they only repel. And, the reason that they repel is so that the distance between the two can be the furthest that they can be.
Caller: And why is that?
iON: Because they don’t attract. If they attract, they attract on either end – “north” and “north”, and “south” and “south” would attract if a magnet attracts - but it doesn’t - it has opposing polar fields. The reason that they come together is so that the distance between the north and south can be further apart.
Caller: And that’s needed because?
iON: That’s the only way it works. And, the reason we’re explaining it this way - is because it has a huge to do with how your bio-sulfuric positions are going to be calculated. You’re going to recalculate the way even resistance is gauged, but that won’t come up yet because you haven’t asked that question - and we aren’t going to answer it.
[March 8, 2014 Part 1 (1:28:25)]
iON: Positive and negative just extends the distance between the poles - there is no positive or negative - there’s only extension of the distance between the two poles - the polar attraction. Do you know two magnets - when they say opposites attract - when you have magnets, and they click together? They are not attracting - they’re just trying to make the two poles further away. That’s why they have a magnetic resonance that connects them together - the North and South to make the distance between the ends of that axis further apart - that’s the part. So it’s a repulsion.
[iON on “PAYDAY” March 15, 2014 Part 2 (1:07:08 mark)]:
Caller: Most of the books talk about magnets as having an attracting property, not that they’re like a vice grip where they’re tweaking together.
iON: They don’t! They don’t! They only repel! They can’t attract, and if they attract, guess what? They would attract from the north end or the south end - they don’t! So, they can’t attract - they only repel. And, the reason that they repel is so that the distance between the two can be the furthest that they can be.
Caller: And why is that?
iON: Because they don’t attract. If they attract, they attract on either end – “north” and “north”, and “south” and “south” would attract if a magnet attracts - but it doesn’t - it has opposing polar fields. The reason that they come together is so that the distance between the north and south can be further apart.
Caller: And that’s needed because?
iON: That’s the only way it works. And, the reason we’re explaining it this way - is because it has a huge to do with how your bio-sulfuric positions are going to be calculated. You’re going to recalculate the way even resistance is gauged, but that won’t come up yet because you haven’t asked that question - and we aren’t going to answer it.
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