The model for describing the atom cavity field interaction including Kerr effect and Stark effect is studied.
处理了包含克尔效应和斯塔克效应的原子与场相互作用模型。
It is found that the cavity dissipation has an obvious influence on the atomic squeezing and the field squeezing under the resonant atom-field interaction.
结果表明，在共振相互作用下腔耗对原子和场的压缩都有显著影响，但在非共振相互作用条件下腔耗对原子和场的压缩影响下降。
A scheme is presented for teleporting the fock superposition states of a cavity field via double-photon and dispersive atom-cavity-field interaction.
提出一种利用二能级原子与光场的双光子相互作用，以及色散相互作用传送光场的真空态与双光子态的任意叠加态的方案。
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