  We report here the frequency-dependent optical response of a nearly
ferroelectric superconductor (NFE-SC), like Na$_{x}$WO$_3$, or n-SrTiO$_3$.
  From $\omega =0$, up to a critical frequency $ \omega_{c1}$, Meissner-like
field extinction occurs as in a usual superconductor. In the "anomalous" region
$\omega_{c1}<\omega<\omega_{TO}$ (the TO frequency of the NFE) the field
propagates as in a dielectric. For $\omega >\omega_{TO}$ Meissner damping
recurrs, then at higher $\omega$, dielectriclike propagation is found. New
optical anomalies (peaks in transmission) are predicted for a film of NFE-SC
below the soft mode frequency $\omega_{TO}$. These effects are due to including
the contribution of the NFE displacement current in the solution of the coupled
Maxwell, lattice and London equations. Quantitative calculations are given for
the NFE-SC n-SrTiO$_3 $ to illustrate this.
