Transcribed by Bert.
[February 29, 2020 23:00 hour (50:57 mark)]
Bert: Hey iON, last weekend, we were talking about… we were speaking on the shifting of protons, and I asked you: “If all of the elements would bond with the protons in the cell...” Did I hear correctly that you said: “Yes” - that all of the… all of the electrons… the electrons of all the elements will bond with the proton in the cell. Did I hear that correctly?
iON: That's correct!
Bert: WOW! OK! So then, the question I have is… I was looking further into the new environment, and I found that there are five metals and nine gases. So will… will those elements in a new environment also bond with the protons in the cells?
iON: Yeah, say you got six protons, six electrons, and six neutrons - and the atomic number is six - the relative atomic mass would be 12. But what's going to change is those six will become 18 when they bind to themselves.
Bert: Boom! Is that all elements will have 18 electrons - is that what you're saying?
iON: Correct! Correct! Correct!
Bert: Including…. OK! So! OK! OK! WOW! OK! So, the… ah… the noble gases…
iON: It changes the “half-life”…
Bert: It changes! That’s…
iON: See, it stabilizes half-life… Stop! You're asking about the half-life, or you're trying to. The half-life stabilizes…
Bert: Right!
iON: … it still has a radioactivity or a radio conductivity - because that's all it really did anyway - that's all it really did anyway - because uranium is no more radioactive than it ever was. Even though you enrich it, it's no more radioactive than it ever was, right?
Bert: Right!
iON: With the changing of Pi and with this new conductivity... see, Carolyn’s been working on the cheerios for some time with the little “C’s”.
Bert: Right!
iON: You know those little “C’s”, and you got the little cheerios and hooking up the little heart. You know that little bee flying…
Bert: Right!
iON: … around with the cheerios and the little heart – and the “C’s”... and trying to get all the “C’s” put together in just a certain little way. There’s a certain way those electrons have to bond. So, your… your… your gate changes from 12 to 18. They seem to fit that way!
[February 29, 2020 23:00 hour (50:57 mark)]
Bert: Hey iON, last weekend, we were talking about… we were speaking on the shifting of protons, and I asked you: “If all of the elements would bond with the protons in the cell...” Did I hear correctly that you said: “Yes” - that all of the… all of the electrons… the electrons of all the elements will bond with the proton in the cell. Did I hear that correctly?
iON: That's correct!
Bert: WOW! OK! So then, the question I have is… I was looking further into the new environment, and I found that there are five metals and nine gases. So will… will those elements in a new environment also bond with the protons in the cells?
iON: Yeah, say you got six protons, six electrons, and six neutrons - and the atomic number is six - the relative atomic mass would be 12. But what's going to change is those six will become 18 when they bind to themselves.
Bert: Boom! Is that all elements will have 18 electrons - is that what you're saying?
iON: Correct! Correct! Correct!
Bert: Including…. OK! So! OK! OK! WOW! OK! So, the… ah… the noble gases…
iON: It changes the “half-life”…
Bert: It changes! That’s…
iON: See, it stabilizes half-life… Stop! You're asking about the half-life, or you're trying to. The half-life stabilizes…
Bert: Right!
iON: … it still has a radioactivity or a radio conductivity - because that's all it really did anyway - that's all it really did anyway - because uranium is no more radioactive than it ever was. Even though you enrich it, it's no more radioactive than it ever was, right?
Bert: Right!
iON: With the changing of Pi and with this new conductivity... see, Carolyn’s been working on the cheerios for some time with the little “C’s”.
Bert: Right!
iON: You know those little “C’s”, and you got the little cheerios and hooking up the little heart. You know that little bee flying…
Bert: Right!
iON: … around with the cheerios and the little heart – and the “C’s”... and trying to get all the “C’s” put together in just a certain little way. There’s a certain way those electrons have to bond. So, your… your… your gate changes from 12 to 18. They seem to fit that way!
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