Abstract
We suggest an idea to implement the Cheshire Cat in atomic media. The proposal is based on the time-tested tools of the Bragg regime atom interferometry and can be easily executed under the prevailing cavity quantum electrodynamics (QED) research environment. Our analysis, based on weak measurements, clearly demonstrates that under certain specific pre- and post-selected scenarios, the atom strangely behaves as being in one arm of the interferometer whereas the signatures of its energy levels exist in the other arm simultaneously.
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