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We suggest a combined atomic/molecular system for quantum computation, whichtakes advantage of highly developed techniques to control atoms and recentexperimental progress in manipulation of ultracold molecules. We show that twoatoms of different species in a given site, {\it e.g.}, in an optical lattice,could be used for qubit encoding, initialization and readout, with one atomcarrying the qubit, the other enabling a gate. In particular, we describe how atwo-qubit phase gate can be realized by transferring a pair of atoms into theground rovibrational state of a polar molecule with a large dipole moment, andallowing two molecules to interact via their dipole-dipole interaction. We alsodiscuss how the reverse process of coherently transferring a molecule into apair of atoms could be used as a readout tool for molecular quantum computers.

Phase gate and readout with an atom/molecule hybrid platform