  Recently, Kaminski et al. have reported that time reversal symmetry is broken
in the pseudogap phase in the high temperature superconducting material
Bi_2Sr_2CaCu_2O_{2+\delta} (Bi-2212). Here we examine the role of
translationally invariant broken time reversal states on d_{x^2-y^2}
superconductors. In particular, we determine the change in the superconducting
order parameter structure. We find that the broken time reversal pseudogap
state that is consistent with the experiment of Kaminski et al., gives rise to
a novel mixed singlet-triplet pairing d+ip phase. This d+ip state is shown to
give rise to a helical superconducting phase. Consequences of this d+ip state
on Josephson experiments are discussed.
