There is no other way to get the accuracy that free space has without the decimal point and the phase lock loop for light. We have to fit a minimum phase error function from the edge of the orbitals to the center of the proton. No more magic fields and markers in space, there is a series of nulls in those orbitals acting as phase lock loops to step light quants through a tight Gaussian fit, no other way.
Otherwise, you have this step function, the wall of the proton start, and goes vertical fitting 1836 times the electron. That is 2 bit accuracy, and even accounting for spin and all the freebies, we still need 16 bits of accuracy in the orbitals. I include the extra 16 bits of fractions, we get spin for free, and that leaves us with 15 punctuation marks in the orbitals, and only something called a Null can create them.
Inside the unit circle, waves adjust a power series in 1/B, where B is some quant rate. Outside the unit circle, waves adjust B. The adjustment resets the quant rates of the Nulls and establish phase lock. Nearly half the proton mass is sitting just outside the unit circle. Likely it is B+1/B inside, and B-1/B outside. The hyperbolic condition maintains the unit circle, always. It is a circular Hamiltonian. No other theory fits.
It is simply not clear that the Nulls are being counted accurately, and they must be part of the package. The other option is to send the college kids away with the idea of magical notches in space, do we really want that?
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