Explaining Certain Elementary Particles (Mu-, Ka-, Sigma-, and Eta-) as Mixed Concepts: 2-Particle Sets Locked at (1d+2d) of Underlying Charge-Only by Mass-Values Cube-Root versus Mass-Units

Expanding on Elementary Particle Clustering data and evaluation by Mac Gregor at Livermore Labs, certain nucleus elementary particle mass-values cube-root become the combination of two core particles a) at different operating distances b) from my limited set of core particles (proton/neutron, Omega then with electron for QED). For example, muon mass-value as a) for one particle at 1d and 2^nd particle at 2d at 1/d²) the net of Omega versus neutron.

This (r_e/a₀)^V/W universal scaling factor approach provides a geometric method to simplify the elementary particle map to the core four above as definable geometry of multiple core particles. The R² correlation of mass-values and mass-units using this method is 0.9976.

As such, certain elementary particles need splitting as a mixed combination of two interacting at different position-in-fields.