… This is a quantum version of the discrete nonlinear Schrödinger equation, a … chain is subject
to periodic boundary conditions with period f. Initially we consider the case where the chain …

… In appendix B, we show that up to principal quantum numbers around n = 50 for typical
trapping fields [12] and the MW dressing field strengths we consider in this work, these effects are …

… We also study two-chain breathers which can be considered … coupled chains, and
bifurcation of the antiphase two-chain … chain can be obtained in our model only in the self-trapping …

… a linear ion trap, allowing a detailed study of the physics of Abelian lattice gauge theories
related to one-dimensional quantum electrodynamics. Relying on the rich quantum-simulation …

… (C) A chain of quantum repeater nodes can distribute quantum entanglement over macroscopic
distances. The photons generated by the ions must be converted to telecommunication …

… We study polar molecules in a stack of strongly confined pancake traps. When dipole … the
resulting quantum liquid of dipolar chains and show that only the longest chains undergo Bose-…

… the states of the spin chains by probing the spin distributions in the trap. Here, we make …
trap is fixed. This allows us to determine the spin orientation of the outermost particle in the trap …

… chain rule, … traps. Moreover, since the present work establishes that the full rank assumption
is violated for a wide class of quantum systems, the previous claims of the absence of traps, …

… of quantum information the properties of the collective oscillations of a linear chain of ions
trapped in a linear Paul trap … We discuss extensively sympathetic cooling of the chain and the …

… on trapping processes on a ring and show, both analytically and numerically, that distinct
configurations of traps (… : Taking a periodic chain as substrate, we calculated the mean quantal …