Hi Group! I have missed participating in recent months; I have been occupied preparing papers for and speaking at two conferences and preparing four patents relating to Z-PEC and LPD; nonetheless, Langmuir's work is very relevant to ZPE, so I had to respond! Personally, I think Langmuirs work combined with ZPE considerations suggests a plausible mechanism for how the hot Solar Corona heats the Cold Solar Surface. (Millions vs. thousands of degrees.) Specifically, ionized H1 atoms are a soup of independent electrons and independent protons. These protons are small enough to interact with the more energetic wavelengths of the Quantum Flux, and massive enough to convey a lot of energy, as opposed to low-mass electrons. On an average they are knocked one way just as much as any other way so they don't pick up net energy over time, however, the final time they are hit, just before molecular recombination, that last kick is never counteracted, so they recombine still-possessing the vacuum energy of this last kick. This is also the reason why the Quantum Flux My proposal for an is experiment is very simple: Use a small foam cooler inside a large foam cooler to make a calorimeter. Simply immerse an ordinary lightbulb that has been suitably prepared with an H2 atomosphere; then, continuously monitor the voltage and amperage versus the rise in water-temperature. There are meters that monitor the moment by moment power production to arrive at total energy over time very accurately assuming we are talking DC without any interuptions. Scott Wm. Scott Smith Z-PEC Man z-pec.yolasite.com
Date: Wed, 6 Oct 2010 13:21:25 -0400 From: francis.x.roa...@lmco.com To: vortex-l@eskimo.com Subject: [Vo]: An interesting paper “IRVING LANGMUIR AND ATOMIC HYDROGEN” http://alturl.com/asihb by Nicholas Moller where he comes to the same conclusion I am positing regarding H2-H1 oscillation. <snip> Had Langmuir been familiar with ZPE, he would most certainly have reached other conclusions in terms of explaining the extraordinary energy properties of atomic hydrogen. As it was proven by Langmuir, the volume of the hydrogen when dissociated into atoms increases to the double of the volume of its molecular state. Upon recombination, heat energy is released to the tune of 90.000 cal/gram molecule. When incorporating ZPE in the explanation of the hydrogen process, it could be argued that the hydrogen is not really a fuel but rather a medium, gateway or a super-conductor of ZPE from the vacuum of space, converting ZPE radiation and ultra-high frequency electrical energy into infrared (heat) radiation. On recombination into molecules the ZPE is “squeezed” out, releasing the absorbed energy. </snip> Fran
