Constraining liberated supergravity

Fermionic terms in a class of locally supersymmetric theories called "liberated supergravity" are nonrenormalizable interactions proportional to inverse powers the supersymmetry breaking scale and Planck mass. This property defines an intrinsic cutoff for liberated supergravities, which therefore effective valid only below energies that never exceed cutoff. Requiring exceeds current theoretical observational bounds shows new scalar potential allowed by supergravity can neither change cosmological constant predicted any observable amount, nor give measurable contributions particle masses. We show it is nevertheless possible define simple model slow roll inflation up energy scales well above Hubble parameter during limits after inflation. The key constructing viable scale, from Planck-scale value inflation, TeV-scale