Tracking the pseudogap below Tc by modeling the Raman response

We calculate the B1g and B2g Raman responses of Bi-2212 from an ARPES-derived energy dispersion and a model for the normal-state pseudogap. The doping dependence is found to closely mimic the experimental data from a recent Raman study reporting the observation of two distinct energy scales. In light of these calculations, the Raman data demonstrates that the pseudogap does not evolve greatly below Tc.