  The phase diagram of superconducting copper oxides is calculated as a
function of doping based on a theory of dynamic stripe induced
superconductivity. The two major conclusions from the theory and the numerical
analysis are that T* (the pseudogap onset) and Tc (superconductivity onset) are
correlated through the pseudogap, which induces a gap in the single particle
energies that persists into the superconducting state. By decreasing the doping
the pseudogap Delta* increases and T* increases, but when Delta* exceeds a
certain critical value the superconducting transition temperature Tc is
suppressed. A mixed s- and d-wave pairing symmetry is also examined as function
of doping.
