GENERATION OF HIGHLY SQUEEZED STATES IN A 2-PHOTON MICROMASER

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1992
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We consider a lossless two-photon micromaser with atomic polarization. We find that for particular values of the atomic flight time, the field evolves to a pure state which can be made of a superposition of even-photon-number states or odd-number states. These states approach to a perfectly squeezed state as the upper limit of the "trap" increases.
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https://repositorio.uc.cl/handle/11534/98987
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