...he put sea water in a test tube, then trained his machine on it, producing an unexpected spark. In time he and laboratory owners struck a match and ignited the water, which continued burning as long as it remained in the radio-frequency field.
How is it possible ? Quantum physics. Or, the quantum physics of ionic bonding.
This is the biggest discovery in 100 years in water research" exclaimed Professor Roy.
Scientists at Penn State University believe the frequency used in the Kanzius machine is releasing atomic hydrogen molecules from the salt water by weakening the bonds holding the sodium chloride, oxygen and hydrogen together. That's why the flame is so incredibly hot.
Because sodium is a metal and sodium chloride dissolves in water, whereby sodium forms an ionic bond with hydrogen, radio waves are believed to function as a catalyst, raising, at the quantum level, the thermodynamic potential of the water-sodium chloride solution by weakening the sodium-hydrogen bond, causing hydrogen gas to be released.
There is, however, some disagreement, as to whether or not this is a new discovery. Some believe that such a device as that which would use radio waves to librate diatomic hydrogen gas from salt walter would use more energy that could be generated, but those assumptions are based upon what's called " equilbrium thermodynamics " rather than its " nonequilibrium " cousin.
My own opinion is that it functions similar to a chemical laser, which releases light under the action of high frequency waves that activate a " resonant " frequency determined by the nature of the molecular bond in question.
"It has nothing in common with the Rife concept except the word radio waves....He was supposedly looking for resonant frequencies of the cells themselves. This is nanoparticle technology. The nanoparticles are relatively new in the science and medical world. Gold nanoparticles and carbon nanotubes are the molecules that enter the cancer cells to be thermally destroyed by the non-invasive radio waves..The frequencies themselves are not even close..." (May 27, 2007)
