When quarks play the game

If we look at the ratio of proton to electron, = 1836 = 17*2*2*3*3*3, or 17*108; we are talking more spectral modes than Higgs allows. Physicists have somehow compared proton and electron by spectral modes, do not ask me how at the moment.

Let b be the most irrational number, the gyron rate in the center of the proton, then:

(1/b + b) define both Avogadro and the high frequency band limit. So, it is ok for the gyro machine to do a power of 6, because 17*6 = 102, less than 107. If the gyro machine wants to do a 17*7 it needs another axis of symmetry where modes are separated and add.  Who does this? The quarks, they quantize up separably, adjust their relative relationship and create the new axis of symmetry.  They are likely the operators that generate the various L quants. They rotate the magnetic field. Look at their wave numbers, including the fraction wave that generates charge.  They have some 3 *2 degrees of freedom, as long as they remain an isosceles triangle. Kinetic movement of the packed quark Nulls make addition possible. The proton is like a computer, it computes solutions to the Laplace equation.

What about the Compton condition?
Wavelength inverse to mass seems correct to the first order, but it needs to be corrected for maximum entropy decomposition, I am looking at that again.

How do bubbles add?
They hit the Higgs and within the precision of the most irrational number, the only minimum phase path is along the perpendicular axis, divided by the coefficient of the polynomial term.  Its all about the finite number line again, like the general relativity thing. Do the math and you find everything is computed with rational fractions to the nearest one half. Any small error and some of the bubbles do the gamma, and split. The whole process will equilibriate with the motion of the quarks, I am pretty sure.

See, its right here, the puzzle completed thanks to Wiki:

 Compton scattering is an inelastic scattering of a photon by a free charged particle, usually an electron. It results in a decrease in energy (increase in wavelength) of the photon (which may be an X-ray or gamma ray photon), called the Compton effect. Part of the energy of the photon is transferred to the recoiling electron. Inverse Compton scattering also exists, in which a charged particle transfers part of its energy to a photon.

The way I put it: All motion is a result of hitting the Higgs, whether baseballs of electrons. Bioth the quarks and the electron hit the Higgs, and equilibrate to balanced motion.
 So does the electron do the relativistic thing and act like spread out mass?
I am sure. The tradition Schrodinger estimates where a unit of charge is because they estimate relative to the engineering approximation.  This method may or may not include the two vacuum modes, we are one Nobel prize away from understanding that. We may find the packed electron stays packed, but the packing structure changes a bit, and it is just spiraling and twisting away inside the distribution, but keeping charge stable with small changes to its packed structure.