  This is a follow-up to our earlier work for the energies and the charge
(vector) and matter (scalar) distributions for S-wave states in a heavy-light
meson, where the heavy quark is static and the light quark has a mass about
that of the strange quark. We now study excited states of these mesons with
higher angular momentum and with radial nodes.
  The calculation is carried out with dynamical fermions on a 16^3 times 32
lattice with a lattice spacing approximately 0.10 fm. The lattice
configurations were generated by the UKQCD Collaboration. Attempts are now
being made to understand these results in terms of the Dirac equation. In
nature the closest equivalent of this heavy-light system is the B_s meson,
which allows us to compare our lattice calculations to experimental results
(where available) or give a prediction where the P-wave states should lie. We
pay particular attention to the spin-orbit splitting, to see which one of the
states (for a given angular momentum L) has the lower energy.
