Stimulated Holographic P-wave Superconductors

Using classical time-average approximation,critical temperature and condensed solution in holographic pwave superconductors with a time-dependent source is investigated in probe limit.By choosing suitable gauge field ansatz,the equation of motion for a vector field is presented.With the help of the Sturm-Liouville equation,concrete values of phase transition temperature and critical frequency are obtained.It is shown that the phase transition temperature enhances as the frequency of the time-dependent source raises in high frequency regime,which means that the operators on the boundary field theory will be easier to condense.