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Atom optics with laser-cooled atoms guided by magnetic fields from current-carrying wires

机译:具有激光冷却原子的原子光学器件,由磁场引导,从承载电线

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Just as optical waveguides play a central role in many aspects of modern optics, from communications to integrated optics, atom waveguides are likely to be an enabling technology for future atom-optics-based science. In particular, well-characterized atom waveguides may make possible inertial and rotation measurements of exquisite sensitivity via large-enclosed-area atom interferometers. The first guides for atoms were based on optical forces, where hollow glass fibers guide light, and the light in turn guides atoms.
机译:正如光波导在现代光学的许多方面发挥着核心作用,从与集成光学的通信,原子波导可能是未来原子 - 光学科学的能力技术。特别地,特征良好的原子波导可以通过大封闭区域原子干涉仪进行精致灵敏度的可能惯性和旋转测量。原子的第一导向器基于光学力,其中中空玻璃纤维引导光,并且光又引导原子。

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