Abstract
A chiral-invariant effective Lagrangian is constructed from pions and the low-mass mesons taking full account of the Wess-Zumino anomalies. The parameters of the model are determined by theoretical constraints as well as experimental observables in the meson sector. Other observables in the meson sector are then predicted in agreement with experiment. Soliton solutions of this Lagrangian are found. These are used to predict the static properties of baryons. The results obtained compare well with experimental data except for the soliton mass which comes out too high.
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