  Quark rotation asymmetry is proposed in calculating baryon magnetic moments.
After taking into account interactions enforced on constituent quarks, assumed
to be linear and Coulomb potentials, respectively, and the quark rotation
asymmetry, we fit the theoretical values, based on two more hypotheses and
several other reasonable assumptions, of baryon magnetic moments with those
from experiments. The good fitting results show the necessity of the
consideration of quark rotation asymmetry within baryon.
