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Showing 1 to 3 of 3 for “"ultracold quantum gas"”.

  1. Quantum Computation and Simulation using Fermion Pair Registers

    Quantum gas microscopes provide a powerful toolbox for probing quantum many-body physics. Recently, an exciting progress has been reported on realizing a large-scale quantum register of fermion pairs with a quantum gas microscope, in which tightly localized fermion pairs are used to encode qubits …

    mit Repository record for Quantum Computation and Simulation using Fermion Pair Registers (opens in a new tab)

  2. Spin-obit coupling in optical superlattices

    Quantum simulation is emerging as an exciting and active frontier in atomic physics. It allows us not only to verify existing models with high precision, but also to engineer novel systems with strong correlations and exotic topologies. Recent efforts have been made to include synthetic gauge …

    mit Repository record for Spin-obit coupling in optical superlattices (opens in a new tab)

  3. Development Of Theoretical And Computational Methods For Few-body Processes In Ultracold Quantum Gases

    … to study two related three-body processes in ultracold quantum gases: three-body resonances and three-body recombination. Three-body recombination causes the ultracold gas to heat up and atoms to leave the trap where they are confined. Therefore, it is an undesirable effect in the process of …

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