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Recent progress in waveguide-based atom photonics

机译:基于波导的原子光子学的最新进展

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We review a hollow-core anti-resonant reflecting optical waveguide (ARROW) based platform for atom photonics. This platform has been used to demonstrate linear and non-linear spectroscopy and quantum coherence effects in hot rubidium vapor on chip. We discuss several advancements to this platform. All-metal seals significantly improve the lifetime of integrated alkali vapor cells. Additional control beams can be used to produce slower light and to slow down atoms via optical scattering and gradient forces. Specifically, a new technique for slowing atoms on a chip based on a spatially varying AC Stark shift is discussed. Moreover, the planarity of the ARROW waveguide platform lends itself to creating advanced layouts with multiple integrated vapor cells for implementing a variety of photonic device functions.
机译:我们审查了基于空心反共振反射光波导(ARROW)的原子光子学平台。该平台已被用于证明芯片上热rub蒸气中的线性和非线性光谱以及量子相干效应。我们讨论了该平台的一些改进。全金属密封件显着提高了集成碱蒸汽电池的使用寿命。附加的控制光束可用于产生较慢的光,并通过光学散射和梯度力使原子变慢。具体而言,讨论了一种基于空间变化的AC Stark位移来减缓芯片上原子的新技术。此外,ARROW波导平台的平面性有助于创建具有多个集成蒸气单元的先进布局,以实现多种光子器件功能。

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