  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 study the radial distributions of higher angular
momentum states, namely P- and D-wave states, using a "fuzzy" static quark. A
new improvement is the use of hypercubic blocking in the time direction, which
effectively constrains the heavy quark to move within a 2a hypercube (a is the
lattice spacing).
  The calculation is carried out with dynamical fermions on a 16^3 times 32
lattice with a lattice spacing approximately 0.10 fm generated using the
non-perturbatively improved clover action. The configurations were generated by
the UKQCD Collaboration using lattice action parameters beta = 5.2, c_SW =
2.0171 and kappa = 0.1350.
  In nature the closest equivalent of this heavy-light system is the B_s meson.
Attempts are now being made to understand these results in terms of the Dirac
equation.

High Energy Physics - Lattice