首页> 外文期刊>Hyperfine Interactions: Journal Devoted to Research in the Border Regions of Solid State, Atomic and Nuclear Physics >Interference of several gravitational quantum states of antihydrogen in GBAR experiment
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Interference of several gravitational quantum states of antihydrogen in GBAR experiment

机译:GBAR实验中若干重力量子态的干扰

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This analysis is based on a close analogy between two seemingly different experiments: on the gravitational properties of antihydrogen atoms in GBAR and on the neutron whispering gallery. They are described with high accuracy by the similar formalism. Even their parameters match each other quite well. We propose to apply the interferometric method used in the experiment on the neutron whispering gallery to the study of the free fall acceleration of antihydrogen atoms and estimate the accuracy that can be achieved. The proposed method simultaneously reduces statistical uncertainty due to observation of several gravitational quantum states, reduces systematic uncertainty due to the absence of perturbations associated with the excitation of resonant transitions, and can easily be implemented in the experiment.
机译:该分析基于两个看似不同的实验之间的密切类比:关于GBAR中抗氢原子的引力性质和中子耳语画廊。 它们通过类似的形式主义来描述高精度。 即使他们的参数也很匹配。 我们建议应用在中子耳语画廊上的实验中使用的干涉方法,以研究抗氢原子的自由落加速度,并估计可以实现的准确性。 所提出的方法同时降低了由于几种重力量子状态的观察而降低了统计不确定性,由于没有与激发谐振过渡的激发相关的扰动,并且可以在实验中容易地实现。

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