Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

In reply to bobcook39...@hotmail.com's message of Fri, 14 Jun 2019 02:12:48 +: Hi Bob, [snip] >In your model You make note of: > >“ this whole document is based upon the assumption that electric field >potential and rest >mass are equivalent.” > >What about the mass associated with magnetic

RE: [Vo]:This could be an indication of "dense hydrogen" from solar origin

In your model You make note of: “ this whole document is based upon the assumption that electric field potential and rest mass are equivalent.” What about the mass associated with magnetic field potential energy changes? And what about loss of spin energy associated with intrinsic spin

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

In reply to bobcook39...@hotmail.com's message of Thu, 13 Jun 2019 20:05:24 +: Hi Bob, [snip] >Robin— > > > >You make note of “your model.” > > > >Is there a description or paper available regarding your model? Please >provide link if such is available.

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

In reply to bobcook39...@hotmail.com's message of Thu, 13 Jun 2019 21:05:17 +: Hi, [snip] >Catalytic reactions leave the catalytic agent unchanged, as I understand such >reactions. Actually catalysts always change in the short term, but are restored in the long term. IOW it's always at

RE: [Vo]:This could be an indication of "dense hydrogen" from solar origin

The reverse reaction to pair production from the vacuum may also explain energy loss and momentum disappearance. Conservation of angular momentum is another question that appears to occur in 4-D space time, but may not be necessary for pair production and its reverse reaction where the energy

RE: [Vo]:This could be an indication of "dense hydrogen" from solar origin

Robin— You make note of “your model.” Is there a description or paper available regarding your model? Please provide link if such is available. Bob Cook Sent from Mail for Windows 10 From:

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

In reply to Jürg Wyttenbach's message of Wed, 12 Jun 2019 08:04:23 +0200: Hi, [snip] >There is a severe problem with this (your) approach as due to the >conservative field rules the delta of the potential energy must be equal >to the added/released kinetic energy. Otherwise the momentum

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

There is a severe problem with this (your) approach as due to the conservative field rules the delta of the potential energy must be equal to the added/released kinetic energy. Otherwise the momentum transfer doesn't work out. Where does the kinetic energy go to? Assuming that the electron

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

In reply to Jürg Wyttenbach's message of Wed, 12 Jun 2019 03:24:41 +0200: Hi, [snip] >Regarding deep orbits: > >There is absolutely no physical solution for the forces for any QM based >model for deep orbits. The basic rules of any physical model that >includes mass are given by the de Broglie

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

https://arxiv.org/abs/1302.4178 equations 23a, 23b, and 23c are the calculated values that Holmlid has experimentally verified. On Tue, Jun 11, 2019 at 9:24 PM Jürg Wyttenbach wrote: > Hirsch's papers clearly show that super conduction is a spin effect as all > his math is based on induced

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

Hirsch's papers clearly show that super conduction is a spin effect as all his math is based on induced circular movement. If neighbor SO(4) trajectories connect the electron magnetic flux can freely move through any matter. As the radius of mass increases the Meissner rotation starts as a

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

>From the theory of hole superconductivity by JE Hirsch that Holmlid references, the electron position around the positive core of UDM is defined by the meissner effect pushing electrons out away from the positive core and the coulomb force pushing elections toward the positive core. Electron

RE: [Vo]:This could be an indication of "dense hydrogen" from solar origin

Andrew, The similarity and contrasts between your work on dense (small) hydrogen and that of several others is truly remarkable. Many brilliant researchers are looking at the shadows on Plato’s cave. A breakthrough is surely imminent. Other scholarly papers would include those of Mills,

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

Extreme pressure of just about any element or compound will likely produce a meta-stable state where deep-orbit electrons are configured. These results come from recent research using a powerful laser shot to compress matter to the ultra dense state even at extreme temperatures has shown that

Re: [Vo]:This could be an indication of "dense hydrogen" from solar origin

Jean-Luc Paillet and I are interested in this 2nd link “A simple argument that small hydrogen may exist” https://www.sciencedirect.com/science/article/pii/S0370269319303624, because we think that 5 (out of 6) sections support