Wonder if the narrow energy kink is anywhere close to FrankZ's 1.094Mhz-meter?
Thanks Mark. I sent him a complementary copy of my book. Let's see if he respondents. My guess is that I will never hear from him. If he does respond and understand that cold fusion and his project provide a classical basis for the the field of quantum physics where: The velocity of sound in the nucleus = the velocity of light in the atom. This velocity is 1,094,000 meters/second. Things may then begin to happen on a grand scale. In more general terms the quantum transition progresses when the velocity of light equals the velocity of sound. This velocity was first observed in cold fusion experiments. I first presented this result at ANS 2000. I had no idea, at the time, that the velocity was that of sound in the nucleus. It was only an observable result of the cold fusion interaction. At that time I derived the energy levels of the hydrogen atom as an effect of this velocity. I suspected that it had something to do with the expansion of the universe but the math did not work out. While talking to the Alien Scientist we came to the conclusion that it was the velocity of sound in the nucleus. The problem was that the model predicted a nucleon spacing of 1.36 fm. I knew that nucleons are about 1.8 fm or so in diameter. At that time Jones pointed this out. My model must be wrong. I struggled with the predicted result. How could I be so wrong and so right at the same time? Then I read a paper on the Alpha scattering off of nucleons. The nuclear spacing was 1.36 fm just as my model had predicted. Apparently nucleons squash together and fill in the gaps to form a uniform fluid like structure. My anomalous result was correct. That is where I stopped, wrote a book, and waited for 7 years for the rest of the world to catch up. Nothing happened, so I expended no more effort in this endeavor and started writing Android apps. So far absolutely nothing has happened. Hopefully this latest research will provide a big boost for my work and the fields of cold fusion and gravitomagnetic propulsion. Frank Znidarsic
