  A condensate with two internal states coupled by external electromagnetic
radiation, is described by coupled Gross Pitaevskii equations, whose
eigenstates are analogous to the dressed states of quantum optics. We solve for
these eigenstates numerically in the case of one spatial dimension, and explore
their properties as a function of system parameters. In contrast to the quantum
optical case, the condensate dressed states exhibit spatial behaviour which
depends on the system parameters, and can be manipulated by changing the cw
external field.
