Take these atomic orbitals, for example.

Look at how energy increased and the medium sized sphere on the left became two spheres, one large and one small. The two sphere looks like a ratio of 1/4 in radius, making it a 1/16 in quantum number. Who has that wave number? Something in the center of the proton, something with a multiple of 16. Well, a [2+2+1]*16 makes 90, two ups and a down and a 16 quantum gyron color thing in the middle. Or was it the electron, at 75, 15 *3; except it has the longer, phase shifted wave for charge, making it a 16 with phase shift.

Now there are certainly Null in this game, that is what keep the small sphere stable, the excited, short wave mode has gathered into its favorite radius, and the outer sphere is bereft of nulls for any other wave mode except the long, the b to the 1/b, getting the most action.

I think the quarks and the gyro machine are governing this process. But how? The quarks are this odd ball triangular thing with with no radial symmetry. Yet this is a strictly radial game going on.  What? Are the two ups start spinning about the one down? That is all I can see. Then we go from the one to the two sphere, do the two up have two radial movements modes?

But, the two sphere is still maximum entropy, so that means my SNR crank has a radial mode in it, SNR jumps for that small sphere, then drops a little faster than usual until the large sphere.

I am still a little weak, I need an algebra for wave numbers. It should exist, this algebra, it is just sphere packing, or almost sphere packing in the case of wave.