Philip,
Thanks for your interest and question. Dr. Klingman and I communicated a couple of times about my neutron model that decays to become the proton+electron+anti-electron neutrino model. I reduced data and found a way to match the neutron mass about 20 years ago. It shows the three quarks masses, their kinetic energy and associated fields. I used the equation E=e0*exp(N) where N is a logarithmic value. Edwin asked me to derive the equation. The derivation is contained in Barbee, Gene H., Schrodinger Fundamentals for Mesons and Baryons, October 2017, vixra:1710.0306v1. It is based on a document you can search, "MIT22 Evolution of Function Chapter 6". The equation is probably familiar to you but they call it Unitary Evolution. I write the equation: P=psi*psic=exp(iEt/H)*exp(-Et/H) where time t is around what I call a quantum circle of field energy E at velocity C. P=1 (collapse) occurs at Et/H=1. (H is Planck's constant).
The neutron model E values are the exponents in the Unitary Evolution equation, exp(iEt/H) and the imaginary numbers are multiplied out. I developed two constructs related to the MIT equation. One is called the P=1 construct and other the E=0 construct. For example, the probability construct for one quarks is:
P=1=(1/exp(13.43)*1/exp(12.43))/(1/exp(15.43)*1/exp(10.43))
The E=0 construct is below with E=2.02e-5*exp(N) MeV:
E1=2.02e-5*exp(13.43)=13.79, E2=2.02e-5*exp(12.43)=5.07, E3=2.02e-5*exp(15.43)=101.95, E4=2.02e-5*exp(10.43)=0.69 (all in MeV).
P that contains the electron you ask about is:
P= 1 =(1/exp(10.136)*1/exp(0.197))/(1/exp(10.33))
N for the electron =10.136=10.333-0.197. E=2.02e-5*exp(10.136)=0.511 MeV. N=0.0986 is associated with fractional charge 1/3 and E=eo*exp(0.296)=27.2e-6 MeV, the electron charge. (N=0.0986 is derived in my reference ln(3)/e=0.0986 and 2*.0986=0.197 and 3*0.0986=0.296).
All of the neutrinos, charges, etc. come out of the neutron model which I included in my FQXI essay.
Why is this important? Over many years I have applied values that originate in the model to atomic physics, cosmology, high energy physics (mesons and baryons), fundamentals of color vision, quantum gravity, etc. I call the model a treasure box because it has never failed to give answers to important questions. It is tempting to associate P with the model of reality that our mind produces. Exponents in the right hand side of the equation form the things that our mind recognizes.