It is completely new to me that atomic hydrogen gives off so much energy when it becomes H2, but Cater confirms it by saying that the electrolysis only triggers a flow of aethter/ZPE to the atomic hydrogen. You mostly hear that O2 and H2O can contain a lot of aether/Qi which you can inhale from electrolysis devices. One could really do many interesting experiments with atomic H from electrolysis using a lead amalgam cathode.
The idea that the sequence H2 to 2 H* to 2(p +e) to 2 H* to 2H leads to additional energy has a long history.
The new context that Shishkin, Kuroles and Dubovik brought was that there is an additional fraction of H*, Magneto-Toro Electrical Radiation, made from a condensed cluster of relic neutrinos.
In the process of re-constitution of the H2 molecule, the atomic hydrogen must re-form this cluster. It likely does this from non-condensed relic neutrinos via the Toroidal moment of the proton. As the relic neutrinos condense, they will release energy as their binding energy increases. N-Radiation (relic neutrinos according to Dr. Parkhomov because of their ability to cause inverse beta decay) are microns to millimetres in size and have a mass of 0.25 eV according to Dr. Parkhomov.
The energy released in the formation of H2 is 4.52 eV (the highest output of any chemical reaction)
From the energy imbalance observed by Langmuir back in 1912, one can likely work out the amount of condensation energy per quanta needed to release the difference in energy observed.
The Lanmuir torch with its arc could do the full dissociation of a proportion of the H2.
The weird effects on metals could be due to the protons extracting from, or pulling through the sample a flux of RN.
Bob - any thoughts on the Sun Cell from Randy Mills? I stumbled across this recently. Seems to have been kept very quiet. The story is hiding in Substack with 8 likes. There are vids from Brilliant Light Power Inc on YT.
Best funded researcher in the field for over 3 decades.
Believes he has his own private universe where his W and Mo 'vapourises' due to heat, when he has the dI/dt discharge current rate and other parameters to produce EVOs. Will not offer samples of his reactor and metals for isotopic analysis.
From the live stream, for more information on Irving Langmuir, Hydrogen Arc Welding and the Atomic Hydrogen Furnace, see:
Langmuir - Excess Energy From Hydrogen chavascience
https://chavascience.com/index.php/en/hydrogen/langmuir-excess-energy-from-hydrogen
and
MY INVENTION of the ATOMIC HYDROGEN FURNACE ©2005 William R
https://docslib.org/doc/6688511/my-invention-of-the-atomic-hydrogen-furnace-%C2%A92005-william-r
Needless to say, there's not much press been given to this.
Thanks for the links, I always liked the first, I miss Steve at the conferences.
It is completely new to me that atomic hydrogen gives off so much energy when it becomes H2, but Cater confirms it by saying that the electrolysis only triggers a flow of aethter/ZPE to the atomic hydrogen. You mostly hear that O2 and H2O can contain a lot of aether/Qi which you can inhale from electrolysis devices. One could really do many interesting experiments with atomic H from electrolysis using a lead amalgam cathode.
The idea that the sequence H2 to 2 H* to 2(p +e) to 2 H* to 2H leads to additional energy has a long history.
The new context that Shishkin, Kuroles and Dubovik brought was that there is an additional fraction of H*, Magneto-Toro Electrical Radiation, made from a condensed cluster of relic neutrinos.
https://youtu.be/gcF-KSLIAWs?si=cYbLjoNEwuq297Hf&t=1129
All atoms poses them but it is 2000-4000 times easier to release them from H2 than from any other element starting from Lithium.
https://youtu.be/AZ9RJr_s31w?feature=shared&t=1673
Indeed
In the process of re-constitution of the H2 molecule, the atomic hydrogen must re-form this cluster. It likely does this from non-condensed relic neutrinos via the Toroidal moment of the proton. As the relic neutrinos condense, they will release energy as their binding energy increases. N-Radiation (relic neutrinos according to Dr. Parkhomov because of their ability to cause inverse beta decay) are microns to millimetres in size and have a mass of 0.25 eV according to Dr. Parkhomov.
According to Shishkin and Kuroles
"An MTEC contains 6.93*10^20 elementary LC dipoles (background cold neutrinos (BCN) quanta)."
https://remoteview.substack.com/p/suggested-cte-model
The energy released in the formation of H2 is 4.52 eV (the highest output of any chemical reaction)
From the energy imbalance observed by Langmuir back in 1912, one can likely work out the amount of condensation energy per quanta needed to release the difference in energy observed.
The Lanmuir torch with its arc could do the full dissociation of a proportion of the H2.
The weird effects on metals could be due to the protons extracting from, or pulling through the sample a flux of RN.
Thank you for your post.
A tungsten filament bulb with hydrogen sounds like something Rossi is working with.
Bob - any thoughts on the Sun Cell from Randy Mills? I stumbled across this recently. Seems to have been kept very quiet. The story is hiding in Substack with 8 likes. There are vids from Brilliant Light Power Inc on YT.
https://open.substack.com/pub/profanescience/p/podcast-episode-3-the-suncell-and?r=27ihzp&utm_medium=ios
Best funded researcher in the field for over 3 decades.
Believes he has his own private universe where his W and Mo 'vapourises' due to heat, when he has the dI/dt discharge current rate and other parameters to produce EVOs. Will not offer samples of his reactor and metals for isotopic analysis.
Fascinating presentation, thanks, especially Hal Fox info re. Ken Shoulders, and ENG8. Best of luck in Florida.
yes it is