Transcribed by Bert.
Payday
22 February 2014 Part 2
(34:18)
Caller 1: Is it the decreasing of oxygen or is it the application of oxygen that’s going to …
iON: Describe the difference.
Caller 1: The difference is: if there’s less oxygen, then that means there’s less oxygen. If there’s a shift in the application of oxygen, it doesn’t mean there is less oxygen.
iON: There’s soon going to be no oxygen. There’s going to be no oxygen. You all got this big idea that you want oxygen. That’s what oxidizes you, that’s what rots you.
Caller 1: If there’s going to be no oxygen, in your formula of the new skin, new body, there’s oxygen in that formula?
iON: That’s a sugar, it’s changing.
Bob: You mean the AlSO4 one, right?
Caller: Yeah, but there’s an oxygen element in that.
iON: It’ll be an isotope.
Caller 2: The relationship with the protein will be dramatically different.
iON: No, there won’t be one. Ha! Ha! Ha! It will be dramatically different. There won’t be one.
Caller 2: There won’t be a relationship between the protein and the isotope?
iON: That’s correct.
Caller 2: The protein won’t bond with anything.
iON: Oxygen won’t be a protein. It’s changing. There’s big trouble here in river city.
Caller 1: What is the difference between an isotope and oxygen?
iON: An isotope of oxygen is one that has a half-life. It’s not stable. Oxygen is stable. If you take an isotope of oxygen, it’s not stable. Those are the ones that go by half, by half, by half, by half, by half.
Caller 1: Okay, so what is going to disappear is the stable oxygen.
iON: That’s right.
Bob: While we stabilize hydrogen.
iON: You stabilize hydrogen as an isotope.
Caller 2: That means there will be nothing alcoholic based, alcohol? No alcohol?
iON: There won’t! That’s right! Very good!
Caller 3: What’s the world’s population going to be like when there’s no oxygen?
iON: Perfect!
Payday
22 February 2014 Part 2
(34:18)
Caller 1: Is it the decreasing of oxygen or is it the application of oxygen that’s going to …
iON: Describe the difference.
Caller 1: The difference is: if there’s less oxygen, then that means there’s less oxygen. If there’s a shift in the application of oxygen, it doesn’t mean there is less oxygen.
iON: There’s soon going to be no oxygen. There’s going to be no oxygen. You all got this big idea that you want oxygen. That’s what oxidizes you, that’s what rots you.
Caller 1: If there’s going to be no oxygen, in your formula of the new skin, new body, there’s oxygen in that formula?
iON: That’s a sugar, it’s changing.
Bob: You mean the AlSO4 one, right?
Caller: Yeah, but there’s an oxygen element in that.
iON: It’ll be an isotope.
Caller 2: The relationship with the protein will be dramatically different.
iON: No, there won’t be one. Ha! Ha! Ha! It will be dramatically different. There won’t be one.
Caller 2: There won’t be a relationship between the protein and the isotope?
iON: That’s correct.
Caller 2: The protein won’t bond with anything.
iON: Oxygen won’t be a protein. It’s changing. There’s big trouble here in river city.
Caller 1: What is the difference between an isotope and oxygen?
iON: An isotope of oxygen is one that has a half-life. It’s not stable. Oxygen is stable. If you take an isotope of oxygen, it’s not stable. Those are the ones that go by half, by half, by half, by half, by half.
Caller 1: Okay, so what is going to disappear is the stable oxygen.
iON: That’s right.
Bob: While we stabilize hydrogen.
iON: You stabilize hydrogen as an isotope.
Caller 2: That means there will be nothing alcoholic based, alcohol? No alcohol?
iON: There won’t! That’s right! Very good!
Caller 3: What’s the world’s population going to be like when there’s no oxygen?
iON: Perfect!
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