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Showing 1 to 4 of 4 for “"Floquet Physics"”.

  1. Simulation algorithms, Floquet phenomena and superconducting qubits

    … circuits are theoretically modeled, as well as Floquet physics. After a primer on numerical analysis of these systems, we conclude with a discussion of logical errors in physical qubits. In Chapter 2 we present the Floquet fluxonium molecule, a new highly coherent superconducting qubit which is …

    uiuc Repository record for Simulation algorithms, Floquet phenomena and superconducting qubits (opens in a new tab)

  2. Phase transitions in quasiperiodic and driven optical lattices

    … with a novel lattice geometry, and the use of Floquet driving to engineer behaviours qualitatively different from static systems. In particular I will present our work using periodic driving to make a continuous quantum phase transition become discontinuous, which to our knowledge has never …

    cambridge Repository record for Phase transitions in quasiperiodic and driven optical lattices (opens in a new tab)

  3. Phase Transitions in driven 1D and Quasi-Periodic 2D Optical Lattices

    … in parameter. The other investigations involve Floquet physics; the study of time periodic Hamiltonians. Introducing periodic time dependence circumvents many challenges of performing quantum simulations with ultracold atoms. Periodic driving introduces a different set of parameters, allowing …

    cambridge Repository record for Phase Transitions in driven 1D and Quasi-Periodic 2D Optical Lattices (opens in a new tab)

  4. Locally Tuneable Quantum Hamiltonians with Neutral Atoms in Optical Lattices

    … are fundamentally intractable to static systems. Floquet theory provides effective theoretical machinery to analyse the models that form as a result of periodic driving. Periodically modulating the on-site energy of individual lattice sites provides full individual control over the tunnelling …

    cambridge Repository record for Locally Tuneable Quantum Hamiltonians with Neutral Atoms in Optical Lattices (opens in a new tab)