Impedance part 2

One has to decode the history of engineering physics before one does calculations using the finite number line. Charge and magnetism are the same group. Magnetism is managed inside the proton using the 1/B fraction part, and electron charge discovered independently, it uses B. So they divide them,  naturally getting the square and root them getting the actual value, 377, in normalized math for Isaac's rules of grammar.  But we number line folks see is simply the measure the proton uses in physics rules of units.  That really is the third power, because they are quantized to the third moment, squared and then rooted again.  Then I take the square root and get the log, at 3/2.  The rules are fairly simple, is it Wave or Nulls? Then is it a really big thing or a really tiny thing, that tells me if they got an Avogadro. So, by playing around I eventually figure out how the proton works. Watch out for Pi, physicist mostly get it right, but sometimes it may end up in a measured constant. And physicists inevitably end up with a log, from F'/F, so there will be an exponent adjustment of 2/3 or 3/2; and occasionaly the sqrt(5), somewhere.

Impedance is the log spectrum of third moment, motion of the bubbles inside the electron orbitals.
It is 17+2.4, the 2.4 is log3/2(Phi), the electron packed null is loaded with, what looks like, two  1/2+sqrt(5)/2 of wave. So the electron is 17 Null plus 2.4 of Phi, in units of base 3/2 exponents. The quarks are the opposite.  The effect was to widen the unit circle for the quarks, and extend Gauss down stream one notch.  This is a common feature among sphere packing, finite number lines.

I originally got this wrong because I didn't know the details of the gluon.  Then Vitaly came along, bless his Nobel prize, and gave me the number 22.7, which I quickly digested.

This rules helps out:

Packed Nulls are a unit circle, and can do fractional multiply within, but can only do stable addition in their motion. packed Nulls cannot do multiply outside the units circle because they count bubbles, and bubbles do not multiply. Waves do multiply all the time, but cannot take powers across packed null potential barriers, only within.  I think this is it, it is mainly operators jumping up from Null to Wave. Nothing in the proton counts Pi. Free waves, I think,  only count  1/2 plus or minus fractions less than 1/2.  It seems all of what the proton does in in the third moment, including adding bubbles. W and K boson is something I do not completely understand, yet.

So what does impedance mean to free space?

Nothing, really. Impedance is the band width of the atomic orbitals. The real capacity of space is the Schwarzschild radius. The magnetic and electric constants may have gotten capacity individually, but  in their combination that was cancelled.  The wave equation only works because impedance is band width.