  If the Zeeman energy is small, the lowest energy excitations of a two
dimensional electron gas at filling factor nu=1 are spin waves (spin flip
excitations). At nu slightly larger (smaller) than unity, reversed spin
electrons (spin holes) can form bound states with K spin waves that are known
as skyrmions, S_K^- (antiskyrmions, S_K^+). It is suggested in this work that a
valence hole can also bind K spin waves to form an excitonic complex X_K^+,
analogous to the S_K^+. One spin hole of the S_K^+ is simply replaced by the
valence hole. At nu<=1, a small number of S_K^+'s are present before
introduction of the valence hole. The (S_K^+)-(X_K^+) repulsion leads to
correlations and photoluminescence similar to those of a dilute
electron-(charged-exciton) (e-X^-) system at nu<=1/3. At nu>=1, the
(S_K^-)-(X_K^+) attraction can potentially lead to different behavior.
