  There is a prejudice that the chiral soliton model of baryons is something
orthogonal to the good old constituent quark models. In fact, it is the
opposite: the spontaneous chiral symmetry breaking in strong interactions
explains the appearance of massive constituent quarks of small size thus
justifying the constituent quark models, in the first place. Chiral symmetry
ensures that constituent quarks interact very strongly with the pseudoscalar
fields. The ``chiral soliton'' is another word for the chiral field binding
constituent quarks. We show how the old SU(6) quark wave functions follow from
the ``soliton'', however, with computable relativistic corrections and
additional quark-antiquark pairs. We also find the 5-quark wave function of the
exotic baryon Theta+.
