  We study high--$p_T$ Higgs boson production at hadron colliders to
order($\alpha_s$ $G_F^3$) in hadron collisions. In particular, we investigate
the process $g+q/\bar{q}\ra q/\bar{q}+H$, where $q=u,d,c,s,$ or $b$, for the
LHC (a $\sqrt{s}=$14~TeV, proton--proton collider). Our results are compared to
the order($\alpha_s^3$ $G_F$) calculation. The associated production of a
high--$p_T$ Higgs boson with a $b$--quark or anti--quark is comparable to the
order($\alpha_s^3$ $G_F$) calculation because of the large top quark mass and
the additional contribution of electroweak gauge and Goldstone bosons. The
associated production of light quarks, however, is not significant. We also
comment on new physics effects in the framework of the electroweak chiral
Lagrangian.
