[dleviwing]

Hi Tim;
I would have to write a book to respond to your last two posts but you seem to have the basic logic well in hand; I’ll just offer a few more points to ponder that may assist your train of thought.

We start with the time increment I asked you about; it turns out that to produce a fundamental autonomous unit of FS (Quantum unit from Aether), a fundamental quantity of substance must acquire AM within a time increment equivalent or less than that of the reciprocal of “c”. (<=1/c) The next increment of change that allows these fundamental units to combine is the reciprocal of 2c. (<= 1/2c) Can you guess what the next increment is? Hint: look at the inverse square law.

The next step is to visualize atomic structure. Most people still visualize the atom as a central nucleus of protons and neutrons with electrons at various distances orbiting that center. That model only works for the 99.9% of elementary Hydrogen or protium. (Elementary Hydrogen is only an electron and proton; no neutron) Most hydrogen is in the molecular state; two atoms stuck together. Remember I said that protons don’t decay; they saturate and collapse to form neutrons. To make a long story short, there are two more types of hydrogen atoms, one with a single neutron and one with two neutrons; Deuterium and tritium. All models of atomic structure beyond protium fail the centralize nucleus with the electron orbital model. Look at the Quantum Physics model that shows the electron position as a cloud; this indicates that the electrons do not orbit the core but are confined to a spatial volume as if they are trapped within a field (fundamental unit of FS) that is being controlled by a proton/neutron set. (This is where we need a picture so as not to need the thousand words of explanation.) Just stick a bunch of deuterium atoms together with all the protons and neutrons close together but sill keeping their electrons associated with the original deuterium nucleus. The fields form an interface bond controlled by the proton/neutron sets and thus the distance is determined by the harmonic vibrations of these sets.

This is where I’m having the most trouble placing a simple explanation to the concept without getting into the dynamics of complex math and wave functions. I think you’ve come far enough though to think it out in your pondering. Have fun!