Optical interface created by laser-cooled atoms trapped in the evanescent field surrounding an optical nanofiber
arXiv:0912.1179 · doi:10.1103/PhysRevLett.104.203603
Abstract
Trapping and optically interfacing laser-cooled neutral atoms is an essential requirement for their use in advanced quantum technologies. Here we simultaneously realize both of these tasks with cesium atoms interacting with a multi-color evanescent field surrounding an optical nanofiber. The atoms are localized in a one-dimensional optical lattice about 200 nm above the nanofiber surface and can be efficiently interrogated with a resonant light field sent through the nanofiber. Our technique opens the route towards the direct integration of laser-cooled atomic ensembles within fiber networks, an important prerequisite for large scale quantum communication schemes. Moreover, it is ideally suited to the realization of hybrid quantum systems that combine atoms with, e.g., solid state quantum devices.
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- Stationary excitation waves and multimerization in arrays of quantum emitters
- Measuring fluorescence into a nanofiber by observing field quadrature noise
- Hybrid Trapping of Cold Atoms with Surface Forces and Blue-Detuned Evanescent Light on a Nanophotonic Waveguide
- Novel, Retroreflective, Magneto-Optical Trap Near a Surface
- Stability of Fractional Quantum Hall States in Disordered Photonic Systems
- Exact dynamics and bound states of a cavity coupled to a two-dimensional reservoir
- Photon-emitter dressed states in a closed waveguide
- One-sided composite cavity on an optical nanocapillary fiber
- Apparatus for Optical-Atomic System Integration & Calibration: 1 atm to 110 Torr in 24h
- Strongly Confined Atomic Excitation Localization in a Weakly-Driven Atom-Waveguide Interface
- State-insensitive wavelengths for light shifts and photon scattering from Zeeman states
- Ground-state selection via many-body superradiant decay
- All-optical switching at the two-photon limit with interference-localized states
- Exact Many-body Quantum Dynamics in One-Dimensional Baths via Collective Spins
- Interaction between atoms and slow light: a waveguide-design study
- Observation of coherent coupling between super- and subradiant states of an ensemble of cold atoms collectively coupled to a single propagating optical mode
- Spectroscopy, Manipulation and Trapping of Neutral Atoms, Molecules, and Other Particles using Optical Nanofibers: A Review
- Relational superposition measurements with a material quantum ruler
- Superbunching from coherently driven atoms in a waveguide
- Quasi-degenerate resonant eigenstate doublets of two quantum emitters in a closed waveguide
- Repulsive Casimir-Polder potentials of low-lying excited states of a multilevel alkali-metal atom near an optical nanofiber
- Probing atoms and molecules close to macroscopic bodies
- Excitation spectrum of a multilevel atom coupled with a dielectric nanostructure
- Random singlet phase of cold atoms coupled to a photonic crystal waveguide
- Manipulating Excitation Dynamics in Structured Waveguide Quantum Electrodynamics
- Dark Bogolon-Excitons in a Linear Atomic Super-Lattice
- Ultralow-power single-pass all-optical photon router
- Position-Resolved Resonance Quantization for Lossy Cavities
- Observation of oscillatory Raman gain associated with two-photon Rabi oscillations of nanofiber-coupled atoms
- Exotic collective behaviors of giant quantum emitters in two-dimensional baths
- Super-extended nanofiber-guided field for coherent interaction with hot atoms