Brutino Physics—Second Edition (1986)
This book discussed the foundations of the kinetic theory of identical hard particles.  We also began to tackle the flow of particles into the neutrino.
            The force propelling the neutrinos was identified in this book—and is known to be millions of the Newtons.  With the force known and since this is the force holding the neutrino in its circular orbit, if a single neutrino makes up the proton and since the proton must have the same angular momentum as the neutrino which formed the proton, there is only one mass of neutrino (i.e., energy/ ) which will satisfy these requirements.  Thus, the proton consists of one orbiting neutrino and its mass is precisely known.  Finally, we had a mechanism for determining the mass of the proton!!
            On page 106 of this book the mechanism producing the difference between  corrected for center of mass and the measured value of the fine structure constant was identified.  The difference results because of the time interval from when the flow enters the proton neutrino to the time when it leaves the neutrino makes the “breathing in” pulse have a phase just slightly different from the “breathing out” pulse. (We have not tested this correction in detail, but the approximate computations make it look promising.)
            The electron is formed when the proton is formed and it is formed from the background to balance the flows produced by the electron proton.  This is why the negative charge field has exactly the same characteristics as the positive charge field—except for polarity.  We still did not know what the electron is in 1985.