We propose to use alkaline earth atoms as quantum information processors and quantum simulators
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We probe and control superexchange interactions in ultracold atoms loaded in optical superlattices.
We propose to engineer d-wave superfluidity in ultracold fermions trapped in optical lattices.
We predict the existence of new phases and exotic fractal behavior in strongly repulsive bosons in optical lattices.
We proposed a scheme for robust preparation of entanglement states in optical lattices and trapped ions.
We study ways to generate and probe quantum superpositions of macroscopic objects such as Bose-Einstein condensates.