  In soliton models expressed in terms of the non-linear chiral field, the
electric current has an anomalous gauge-field contribution as the baryon
current does. We study the spin polarized Skyrmions coupled with the
electromagnetic field via the gauged Wess-Zumino term and calculate
configurations of the Skyrmion and the gauge field with boundary conditions to
ensure the physical charge number for baryons.
  Although the electromagnetic field via the gauged Wess-Zumino term affects
physical quantities in small amounts, we find that the magnetic field forms a
dipole structure owing to a circular electric current around the spin
quantization axis of the soliton. This is understood on an analogy with the
Meissner effect in the super conductor.The electric charge distributions turn
out to have characteristic structures depending on the total charge, which
suggests the intrinsic deformation of baryons due to orbital motions of the
constituents.
