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We present a momentum chromospin scheme, the $\mathsf{KSC}$-{\it framework},for parametrizing the elementary particles using the underlying connectionbetween their internal symmetries and their electromagnetic field boundaries.The linear momentum (or $\mathsf{K}$) chromospin branch of the framework dealswith electric charge information, including the emergence of quantumchromodynamics color from fractional electric charges and its effect on quarkconfinement, while the angular momentum (or $\mathsf{S}$) chromospin branch ofthe framework develops the theory of spin to address the issue of three fermiongenerations.

Momentum chromospin classification of the fundamental fermions and bosons