  We present a momentum chromospin scheme, the $\mathsf{KSC}$-{\it framework},
for parametrizing the elementary particles using the underlying connection
between their internal symmetries and their electromagnetic field boundaries.
The linear momentum (or $\mathsf{K}$) chromospin branch of the framework deals
with electric charge information, including the emergence of quantum
chromodynamics color from fractional electric charges and its effect on quark
confinement, while the angular momentum (or $\mathsf{S}$) chromospin branch of
the framework develops the theory of spin to address the issue of three fermion
generations.
