  We consider the classical radiative solution to the QCD (quantum
chromodynamics) dynamical equations and find trivial solutions similar to the
electrodynamic situation when one considers singlet (colorless) radiation
sources. We transpose the findings to quantum fields and identify radiation
from hadron (meson) sources with gluon packages of 3 (2) gluons. Invoking the
singlet character of the QCD matter and radiation field, we deduce that the
blank (singlet) gluon packages are the elementary building blocks of QCD
radiation, just as blank hadrons and mesons are the building blocks of baryon
matter. Colorlessness of the gluon packages suggests a possibly simpler
quasi-abelian behaviour, as far as linear superposition is involved, of the QCD
singlet radiation field.
