  A "muon mass tree" is displayed that contains the excitation systematics for
accurately reproducing the masses of the six Standard Model quarks
(u,d,s,c,b,t); the heavy leptons; the proton; the phi, J/Psi and Upsilon vector
meson thrshold states; the Bc meson; and the mass-averaged W and Z gauge
bosons, using a unified mass formalism based on the electron ground state.
Multiples of an alpha-quantized 105.04 MeV fermion mass quantum reproduce the
states below 12 GeV, and multiples of a doubly-alpha-quantized 14,394 Mev
fermion mass quantum reproduce the W-Z and t states above 12 GeV, where alpha ~
1/137 is the fine structure constant. Masses are additive, and the overall mass
accuracy for these states is in the 1% range. A similar "pion mass tree" based
on an alpha-quantized 70.03 MeV boson mass quantum accurately reproduces the
pseudoscalar meson masses. The mass alpha-quantization follows from a
corresponding experimental alpha-spacing of the long-lived particle lifetimes,
which occur in well-defined lifetime groups that are each determined by a
dominant Standard Model quark substate.
