Transcribed by Bert.
Payday
[21 March 2015 Part 2]
(31:53 mark)
Caller 1: iON, when you talk about the Al2SO4, is that related to the Chemtrail aluminum barium dispersions?
iON: No!
Caller 2: At least… hey, you got a direct answer. Ha! Ha! Ha!
Caller 1: Yeah, I wonder what is causing this shift in the aluminum background that seems to be shifting so radically. Where is the source?
Caller 2: Exhalation!
iON: The shift of the molar mass of Al2(SO4)3 - 3.421509 grams per mole and that’s changing – 3.41. That’s the answer to your question.
Caller 2: So, you switched the 1 and 4. You went from 3.14 something to 3.41?
iON: No, that’s not Pi. This is the molar mass of the Al2(SO4)3.
Caller 2: But it sounded like you said, 3.14 something and it’s changing to 3.41.
iON: 3.421509 and it’s changing to grams per mole, and it’s turning into 3.41.
Caller 1: Carolyn, can you translate that?
Dr. Dean: No!
iON: She would, but she’d have to have you killed! So, the atomic weight of the aluminum 26.9815386 and the Sulphur would be 32.065 and the oxygen atomic weight would be 15.9994.
Caller 2: And that’s in the new environment or the environment now?
iON: Always!
Dr. Dean: If it’s always, why are we saying it’s changing, which means it was and now it’s different?
iON: You can do some fun things with the NaCl too, and the Cu(SO4)5H2O. But you know, you’ve got to get ethanol in there, and that’s when it gets sideways. But that’s Dr. Dean land, and that’s a boring world except for Dr. Dean Land. Don’t you agree?
Dr. Dean: Ha! Ha! Ha!
Caller 2: This new environment that you quote all of the time with the formula. Is this something that we will consume - something we will eat?
iON: It will consume you.
Caller 2: It will consume me.
iON: You won’t eat it. It’ll eat you.
Payday
[21 March 2015 Part 2]
(31:53 mark)
Caller 1: iON, when you talk about the Al2SO4, is that related to the Chemtrail aluminum barium dispersions?
iON: No!
Caller 2: At least… hey, you got a direct answer. Ha! Ha! Ha!
Caller 1: Yeah, I wonder what is causing this shift in the aluminum background that seems to be shifting so radically. Where is the source?
Caller 2: Exhalation!
iON: The shift of the molar mass of Al2(SO4)3 - 3.421509 grams per mole and that’s changing – 3.41. That’s the answer to your question.
Caller 2: So, you switched the 1 and 4. You went from 3.14 something to 3.41?
iON: No, that’s not Pi. This is the molar mass of the Al2(SO4)3.
Caller 2: But it sounded like you said, 3.14 something and it’s changing to 3.41.
iON: 3.421509 and it’s changing to grams per mole, and it’s turning into 3.41.
Caller 1: Carolyn, can you translate that?
Dr. Dean: No!
iON: She would, but she’d have to have you killed! So, the atomic weight of the aluminum 26.9815386 and the Sulphur would be 32.065 and the oxygen atomic weight would be 15.9994.
Caller 2: And that’s in the new environment or the environment now?
iON: Always!
Dr. Dean: If it’s always, why are we saying it’s changing, which means it was and now it’s different?
iON: You can do some fun things with the NaCl too, and the Cu(SO4)5H2O. But you know, you’ve got to get ethanol in there, and that’s when it gets sideways. But that’s Dr. Dean land, and that’s a boring world except for Dr. Dean Land. Don’t you agree?
Dr. Dean: Ha! Ha! Ha!
Caller 2: This new environment that you quote all of the time with the formula. Is this something that we will consume - something we will eat?
iON: It will consume you.
Caller 2: It will consume me.
iON: You won’t eat it. It’ll eat you.
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