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An extremely thin cell (ETC) [1] was used to analyse ground state effects of Cs atoms excited by laser light and placed in a magnetic field that was scanned around zero. The advantage of using the ETC is the possibility to separate the hf transitions, which are overlapped in ordinary cells, as a result of the spatial anisotropy of the atom-light interaction. Cs atoms were irradiated by circularly/linearly polarized light at λ ~ 852 nm, and the dependence of absorption on the external magnetic field was measured.
© 2007 IEEE
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