This paper presents a setup capable of producing a high-flux continuous beamof cold rubidium atoms for cavity QED experiments in the regime of strongcoupling. A 2 $D^+$ MOT, loaded by rubidium getters in a dry film coated vaporcell, fed a secondary moving-molasses MOT (MM-MOT) at a rate of 1.5 x $10^{10}$atoms/sec. The MM-MOT provided a continuous beam with tunable velocity. Thisbeam was then directed through the waist of a 280 $\mu$m cavity resulting in aRabi splitting of more than +/- 10 MHz. The presence of sufficient number ofatoms in the cavity mode also enabled splitting in the polarizationperpendicular to the input. The cavity was in the strong coupling regime, withparameters (g, $\kappa$, $\gamma$)/2$\pi$ equal to (7, 3, 6)/ 2$\pi$ MHz.
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机译：本文提出了一种装置，该装置能够产生强通量的冷id原子连续束，用于在强耦合条件下进行腔QED实验。由$气吸气剂装载在涂有干膜的蒸气室中的2个$ D ^ + $ MOT，以1.5 x $ 10 ^ {10} atoms / sec的速率喂入次级运动糖蜜MOT（MM-MOT）。 MM-MOT提供了可调速度的连续光束。然后将该光束穿过280μm空腔的腰部，导致Rabi分裂超过+/- 10 MHz。在腔模式下存在足够数量的原子，也使得能够在垂直于输入的极化方向上进行分裂。腔处于强耦合状态，参数（g，kappa $，gamma $）/ 2 ppi等于（7，3，6）/ 2 ppi MHz。
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