The mathematics of my model came before I had the words to describe it. Out of the model came this mega-hertz meter relationship. Someone on vortex told me that megahertz-meter was a velocity. With that I found later that it is the velocity of sound in the nucleus. Thanks. A dimension of 1.35 Fermis came with that. Jones to me that this length was to large to be of a nucleon. I later found that the number was to three significant digits the Fermi displacement length of a nucleon. Now I know what it means.The model was not wrong, I just did not know what it meant. This also suggested the vibrationally reinforced condensates must exist. I was told this was a no no because vibrations would tear up the cooper pairs. How did the cooper pairs react to vibration? Now I know that no cooper pairs are required. I have changed my text to read, Vibrationally coupled Bose condensates, no cooper pairs are required. What about those nasty W and Z particles? How do they fit in? I reworked the calculations and discovered that no W and Zs are required within the cold fusion reaction. With every adjustment the model becomes more main stream and precise. The impact of the work; however, has been zero.
Frank Znidarsic -----Original Message----- From: Frank Znidarsic <fznidar...@aol.com> To: vortex-l <vortex-l@eskimo.com> Sent: Sat, Feb 29, 2020 2:40 pm Subject: A good model makes accurate predictions I worte my book in 2012. At that time I described a vibrationally reinforced Bose condensate. This had to exist within my model if cold fusion was real. Now others have descirbed this but they call it an excition condensate. https://revolution-green.com/scientists-predict-state-matter-can-conduct-electricity-energy-perfectly/ https://www.quantamagazine.org/taming-superconductors-with-string-theory-20160121/ I also described the frequency of this bonage with my megahertz-meter relationship. They are not there yet. Frank Z
