论文标题
在共振转变中将超级挑战与复合的非线性配对
Pairing superbunching with compounded non-linearity in a resonant transition
论文作者
论文摘要
通过对各种量子状态的量化电磁场强烈驱动的原子过渡的定量分析，我们探讨了量子波动对系统行为的作用。重点是在光子束中表现出超级贫民统计的领域，挤压真空辐射的情况用作超级刺激的原型。当与共振状态的非线性耦合结合使用时，束和超级挑战会导致违反直觉的行为。还概述了与挤压真空源的最新进展以及实验研究的机会以及挑战性开放理论问题的联系。
Through a quantitative analysis of an atomic transition driven strongly by quantized electromagnetic fields of various quantum states, we explore the role of quantum fluctuations on the behavior of the system. The emphasis is on fields with super-Poissonian statistics manifested in photon bunching, with the case of squeezed vacuum radiation serving as a prototype of superbuching. When combined with non-linearly coupling of the resonant states, bunching and superbunching lead to counter-intuitive behavior. The connection to recent progress in squeezed vacuum sources and the opportunity for experimental investigation, as well as challenging open theoretical problems are also outlined.
