A process of elimination with the proton

Our conundrum:
Precision of observer plus protonic measuring instruments is less than precision of proton. So we are left with elimination all combinations which do not meet proton standards, and hopefully we will find the one remaining combination.

At this point, I am down to a slightly ellipsoidal wave motion counter balanced by an equilateral triangle of quarks in vibration. The neutron can't do it for long, its triangle is slightly off balance, so the proton does it, letting the electron orbits make the different, and any error there becomes waves in free space. So we have a limited set of possibilities, and we can eliminate them one by one.

So, this slightly ellipsoidal motion of the gluons is mixed with the equilateral gyro rotation of the quarks about the long axis with pressure against the forward phase.  This triangle has another mode, moving lightly up and down the axis to adjust its point of rotation. My best guess, so far; and we are exceeding the limits of my volunteerism on the subject.