  A Goldstone boson with a mass of 35 MeV is derived from the dibaryon masses
found in the experimental data of B. Tatischeff et al. The existence of
quantized vibrations is utilized to explain narrow width nucleon resonances
below the pion-nucleon threshold. The quantum of 35 MeV is found between
nucleon states with like spins and parities. Evidence of the 35 MeV quantum is
in agreement with the mass operator method of the Fil'kov model for low-mass
baryons and with the "light" pion concept of the Walcher particle-hole model.
Azimov's idea of a low-lying baryon octet is revived with evidence from earlier
experiments. The idea of rotational excitations is applied to the band
structure of low-mass baryons in this paper.
