Predictions

What good is a theory if it doesn't predict anything?

So, here are some predictions:

In no particular order:

Jan 2008 - Since gravitation at a distance is a result of the random motions of a number of elements within the material, it stands to reason that if you can remove the randomness within the material and get the loci all moving at once, the mass of the compound will increase. (Hey, you'll have to add energy to the material to get the atoms in sync, and since energy is equivalent to mass by e=mc2, the mass should increase. So, did we really predict anything - Well, yes, we came at the conclusion from the bottom up, and simply linked it to known physical science.)

Jan 2008 - If you review the magnetism link of this theory,  you can see that the magnetic effect occurs at multiple times within the grid scan. This effect should be verifiable with a properly setup experiment. Run the model fro zero degrees to ninty degrees, and see for yourself.