Synthetic three-dimensional atomic structures assembled atom by atom

Abstract

We demonstrate the realization of large, fully loaded, arbitrarily-shaped three-dimensional arrays of single atoms. Using holographic methods and real-time, atom-by-atom, plane-by-plane assembly, we engineer atomic structures with up to 72 atoms separated by distances of a few micrometres. Our method allows for high average filling fractions and the unique possibility to obtain defect-free arrays with high repetition rates. These results find immediate application for the quantum simulation of spin Hamiltonians using Rydberg atoms in state-of-the-art platforms, and are very promising for quantum-information processing with neutral atoms.

5 pages, 3 figures

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• High-Fidelity, Low-Loss State Detection of Alkali-Metal Atoms in Optical Tweezer Traps
• Discrete-Time Quantum-Walk & Floquet Topological Insulators via Distance-Selective Rydberg-Interaction
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• Dynamical generation of chiral $W$ and Greenberger-Horne-Zeilinger states in laser-controlled Rydberg-atom trimers
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• Reservoir-based deterministic loading of single-atom tweezer arrays
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• Persistent currents in ultracold gases
• Spin-motion coupling in a circular Rydberg state quantum simulator: case of two atoms
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• Dynamics of an itinerant spin-3 atomic dipolar gas in an optical lattice
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• Self-generated quantum gauge fields in arrays of Rydberg atoms
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• Bose-Hubbard model on polyhedral graphs
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• Nonequilibrium Critical Scaling of a Squeezing Phase Transition
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• Nonequilibrium many-body dynamics in supersymmetric quenching