Abstract
According to the ‘‘standard model’’ of particles and fields, hadrons can be formed from a triplet of quarks (baryons), each of which may have any one of f flavors (d, u, s, c, b, etc.), or from a quark–antiquark pair (mesons) each one of which may have any flavor. Some numerics of flavor and electric charge content of baryons and mesons are presented. Multiplicity of symmetry types of baryons based on these simple numerical results is calculated without direct appeal to group theory in the hope that the dimensionality of hadron multiplets that contain the building blocks of normal matter will become more widely understood.
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