When Frode first introduced me to Cater's scheme of soft particle physics in relation to HE geology, I remeber he wrote at one point " but they don't arrive as such. This is important in Cater's scheme- he feels that soft particles form and are radiated beneath the surface of the Earth, starting from the time they arrive at the atmosphere, and that they exist in the cosmic rays, too.
He describes the processin The Awesome Life Force on pages 155 – 156. He not only describes how it is that soft particles are formed, but how it is that they acquire a lower and lower frequency, i.e., the redistribution of frequency. Comments are always welcome:
" Great fluctuations occur in the velocity of electrons in their orbits when materials are subjected to high temperatures. This, in turn, creates interactions and interference effects between electrons moving in opposite directions inside atoms and between electrons in adjacent atoms. These interactions generate changes in the electrostatic field effects of the electrons, which will cause regular and distinct changes in their orbits. This is because the charge on the electron varies with its velocity. Abrupt changes in a particle disrupts the ethers which, in turn, results in the formation of photons. ...
[ Simply put, Mr. Cater is telling us that ethers adhere to each other to form photons. ]
When electrons interact some of the ethers deflected from the electrons will, in turn, interact directly or indirectly with other ethers that cannot contribute to the electrostatic field effects of the electron. In this manner, a tremendous range of ethers below that from which the electrons originated can be indirectly disturbed by the electrons.
THE LAW OF REDISTRIBUTION OF ENERGY
A more penetrating look at the law of redistribution of energy discussed earlier is now in order. Briefly, it states that when light interacts with matter, new light results with a lower average frequency than the original light. One of the simplest demonstrations of this law is done with the use of light filters. For example a light beam in the blue or violet end of the visible spectrum, after passing through a series of filters, regard-less of the types, will always emerge from the last one as red light, providing a sufficient number of [ filters ] are used. These filters could be all blue, violet or any other combination. "
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From: Dharma/Dean