  A model of supergravity inflation we recently proposed can produce slow roll
inflation and a realistic spectrum of particles even without F-term
supersymmetry breaking. Supersymmetry is broken only by a D-term induced by a
recently discovered new type of Fayet-Iliopoulos (FI) term. Almost all
supersymmetric partners of the standard model fields can get masses as high as
the inflationary Hubble scale. The exception is gauginos, for which the
vanishing of F-terms implies an exact cancellation that keeps their masses
exactly zero. To cure this problem without spoiling the simplicity of our model
we introduce a new term that further enlarges the space of supergravity
effective actions. It is an F-term that, similarly to the new FI term, becomes
singular in the supersymmetric limit. We show that this term can produce large
gaugino masses without altering the spectrum of other states and without
lowering the cutoff of the effecive theory.
