Cold Electricity
Not so fast Beshires1,
I think there is a scientific explanation of what "cold electricity" is: electricity with positrons flowing instead of electrons.
There's quite a lot to support this theory. To name a few:
1) Tesla's wireless transmission system must have used longitudinal shockwaves, which must be capable of extracting energy from the ZPE field. I can think of no other explanation than that that happens by separating positron-electron pairs from the "Dirac sea" that's always there in the vacuum according to Quantum Theory. Dirac sea - Wikipedia, the free encyclopedia
2) Bedini claims that "radiant" energy behaves different from ordinary electricity. Not strange at all if "radiant" electricity simply uses positrons instead of electrons.
3) Gray having children play with his "harmless cold elecricity"
What is very interesting about positrons is that I assume they cannot enter into solid material, or at least very difficult, because they are opposed by the atom nuclei in the material. So, no orbiting of nuclei for these fellows.
That means that if a conductor would conduct positrons, they would be sitting outside of the conductor, attracking electrons. That would mean you would get a potential barrier, not unlike in a PN junction (diode), which would keep the positrons very near to the surface, but *outside* the conductive material. You would basically get an area just outside the conductor where these positrions could move freely, practically without resistance!
In other words: (almost?) super-conductivity at room temperature!
This would explain why "cold electricity" produces no heat in coils, because the positrons move *outside* the conductor *and* it would explain why "cold elecrticity" is harmless, because the positrons can't entery a human body, it can't produce a current inside the body, which would make it pretty harmless.
Originally posted by Beshires1
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I think there is a scientific explanation of what "cold electricity" is: electricity with positrons flowing instead of electrons.
There's quite a lot to support this theory. To name a few:
1) Tesla's wireless transmission system must have used longitudinal shockwaves, which must be capable of extracting energy from the ZPE field. I can think of no other explanation than that that happens by separating positron-electron pairs from the "Dirac sea" that's always there in the vacuum according to Quantum Theory. Dirac sea - Wikipedia, the free encyclopedia
2) Bedini claims that "radiant" energy behaves different from ordinary electricity. Not strange at all if "radiant" electricity simply uses positrons instead of electrons.
3) Gray having children play with his "harmless cold elecricity"
What is very interesting about positrons is that I assume they cannot enter into solid material, or at least very difficult, because they are opposed by the atom nuclei in the material. So, no orbiting of nuclei for these fellows.
That means that if a conductor would conduct positrons, they would be sitting outside of the conductor, attracking electrons. That would mean you would get a potential barrier, not unlike in a PN junction (diode), which would keep the positrons very near to the surface, but *outside* the conductive material. You would basically get an area just outside the conductor where these positrions could move freely, practically without resistance!
In other words: (almost?) super-conductivity at room temperature!
This would explain why "cold electricity" produces no heat in coils, because the positrons move *outside* the conductor *and* it would explain why "cold elecrticity" is harmless, because the positrons can't entery a human body, it can't produce a current inside the body, which would make it pretty harmless.
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