  We show that simple strongly coupled supersymmetric gauge theories with
quantum moduli spaces can naturally lead to hybrid inflation. These theories
contain no input dimensionful or small parameters. The effective superpotential
is linear in the inflaton field; this ensures that supergravity corrections do
not spoil the slow roll conditions for inflation. We construct a simple theory
in which the classical moduli space exhibits neither GUT-symmetry-breaking nor
inflation whereas its quantum modification exhibits both. As a result, the
dynamical origin and scales of inflation and grand unification coincide.
